Suppliers of disposable cups, including both plastic cups and paper cups. Review paper and plastic cup vendors offering clear plastic cups, paper coffee cups, and custom plastic cups. Find a wholesale plastic cup provider for your business needs.

Recycline Inc Recycline's Preserve Tumblers are the environment-friendly alternative to disposable cups.

The Cup Store Custom imprinted cups at TheCupStore. com. Leading source for disposable printed cups.

VistaPak Industries Inc VistaPak Industries, Inc. is a Custom Printer of HOT and COLD disposable cups.

Food packaging manufacturers and suppliers pay particular attention to paper and plastic cups news and trends. Paper and plastic cups represent a billion dollar industry worldwide. They are highly visible commodities that understandably come under the scrutiny of a health-conscious public. Both manufacturers and sellers need to know how consumer health concerns drive this market. A plastic cup producer stands to lose grounding in the market if his company uses a material that is not safe. Paper cup vendors must know to buy from manufacturers using environmentally friendly material so that they will be able to sell their inventory. There are many resources available to anyone who wants to keep track of the latest issues facing the wholesale paper cups industry.1. Check out ongoing discussions among consumers to identify the latest health concerns about using paper coffee cups. 2. Read online newsletters to learn what professional writers say about the health consequences of using clear plastic cups.3. Get reliable market research reports that indicate consumer trends affecting disposable cups industry.

Comers Corner for Conversation features a blog about one students concerns over paper cup usage at universities. Blogs at the Bring Your Own website consider the health and environmental issues surrounding the use of paper and plastic cups. The Blog Home of Sustainability is Sexy has a post about finding an environmentally friendly disposable cup. Check out the latest news from online publications focusing on health issues over disposable cups Find out about new materials that can be used in the manufacture of eco-friendly disposable paper cups. Also learn why health experts caution against using plastic cups

Treehugger publishes online daily and weekly newsletters focusing on topics that eco-conscious consumers and paper cup vendors worry about. Many of the newsletters articles deal with food and health issues. Check out the article archives warning against the use of paper cups at Mercola. com, a highly regarded natural health newsletter. Get detailed market data that manufacturers of wholesale paper cups depend on Discover the latest sales projections, which sector of the disposable cups industry is reporting the most growth and how health and wellness trends drive this market.

Search the database at MarketResearch. com for articles reporting on consumer trends and consumer demand that drive the paper and plastic cups industry. Purchase one of the detailed target market research reports on disposable paper and plastic cups that Mindbranch. com makes available.

Whether you want to offer to-go beverages to customers, or you simply need an inexpensive alternative to glasses and cups, paper cups and plastic cups are the answer. For restaurants, investing in to-go cups can actually increase your profit margins since they allow you to sell more beverages, one of the highest markup items in the industry. Paper cups and plastic cups are also a must-have if your restaurant or caf caters to families with children. And, if you run an office, you may want to provide paper cups and plastic cups as a courtesy to employees and clients. When shopping for disposable cups, consider these questions.

Cupdepot sells heavy duty disposable plastic cups ideal for soft drinks and beer. Branders. com sells clear reusable plastic cups that can be customized with your logo. Zesco Products provides Dispense-Rite in-counter cup dispensers with plastic, foam and paper cups that fit the dispensers. Plastic Bar Cups offers reusable disposable cups, including plastic bar, beer, cocktail, shot and wine glasses that are perfect for bar service for catered events. Hot cups Coffee cups come in many varieties including foam and paper. You can buy pre-insulated coffee cups that don't require a sleeve and are warm to the touch, or you can purchase retro-style coffee cups that have fold out handles built in.

Cooks Direct sells foam to-go cups for hot beverages. Reliable Paper offers Dixie PerfecTouch insulated paper coffee cups that feel warm to the touch and dont require a sleeve or double cups to protect from hot coffee. Instawares has a variety of coffee cups with generic coffee designs and fold-out handle coffee cups. BaristaWorks offers insulated disposable paper cups with a built-in sleeve. For basic paper coffee cups in an office environment, purchase inexpensive paper goods from office supply stores like Office Depot. Eco-friendly to-go cups You can have a clear conscious and know that your company's carbon footprint is minimized if you opt to serve drinks in biodegradable or recyclable to-go cups. Most paper and plastic cups are recyclable and some are made from recyclable materials. The latest technology includes to-go cups that look like clear plastic cups but are made from biodegradable materials.

Not all disposable cups are designed to be tossed after a single use. Reusable plastic cups can be washed and reused.

For restaurant owners, the pricing and costs of paper and plastic cups remains an ongoing concern. Fortunately, there are many restaurant supply vendors competing with each other to provide business owners with the best deals on disposable cups. Diners and breakfast lunch operations that dont depend heavily on take-out food usually buy standard paper and plastic cups at comparatively low prices. Gourmet type cafes, serving more discriminating tastes, usually opt for custom printed cups that may promote their business. Pricing for disposable cups varies according to your business needs.1. Ask about the costs of standard wholesale plastic cups and disposable paper cups for full service restaurants.2. Find out the cost of custom printed paper cups for in-store advertising.3. Consider the cost of specialty disposable cups for desserts.4. Look into the costs of biodegradable plastic cups.

Find the best prices on standard paper coffee cups for diners and breakfast lunch cafes Your restaurant depends on undecorated 8 and 12 oz. size disposable paper cups for its coffee and hot chocolate. You usually buy 12 oz. plastic cups for cold drinks, like sodas and juices.

Costco carries big name Dixie hot paper cups and Solo clear plastic cups and you dont have to purchase them by the case. The 12 oz. Dixie hot cups runs about $10 for 200 units while the 8 oz. Dixie cup costs about $65 for 1000 units. Buy 1000 ct. 12 oz. clear plastic cups for $75 to $85. Reliable Paper offers disposable cups by cases of 1000. The 8 oz. paper cups are $75 while the 12 oz. paper cups are $96. Search for good deals on custom printed cups that paper cup vendors can offer Impress the patrons of your upscale cafe or coffee shop by using custom printed disposable cups or promotional cups.

Wet Sky Promotions offers a complete line of paper and plastic cups in a variety of sizes. You can usually specify the amount you need, though some of the products require a purchase of 100,000 units. A 22 oz. size cold cup runs about 11 to 12 cents per unit, almost with a purchase of 100,000 units. Get a promotional plastic cup quote from Prime Designs. This North Carolina based company has been in the business for 30 years. Clear plastic cups run between 20 and 35 cents per unit. Colored plastic cups run between 19 and 72 cents, depending upon the model you choose. Check out prices on custom plastic cups for desserts and other treats Spend a little extra so you can offer single serve portions of desserts in neat, practical disposable cups.

Instawares carries 8 oz. plastic dessert cups that resemble finely cut crystal glassware. You can buy a case of 120 units for about $55. Instaoffice sells clear plastic Sundae dessert cups with domed lids. A case of 1000 costs about $130. Consider buying Eco-friendly disposable plastic cups Biodegradable paper and plastic products fully compost in 30 to 60 days.

Custom printed disposable cups offer new businesses the unique opportunity to market their brand. Market studies show that promotional products like coffee cups increase brand awareness and loyalty.

If you are looking for a paper cup supplier then look no further. We supply ripple cups. ideal and safe disposable cups for hot drinks and soup. We also supply cup lids, non-plastic cups for cold drinks and a range of food service products which includes food containers, paper carry out bags, napkins and biodegradable wooden cutlery. Minimum order only 1 box! You can buy online if you're based in the UK, or contact us direct for overseas purchases – we already have clients in Ireland, Portugal, France, Serbia and Switzerland and we will be happy to quote for your requirements and arrange the necessary transport.

At Instawares Kitchen Supplies, we are your premier supplier for Disposable Cups Lids! Instawares Kitchen Supplies is your source for high quality products at low prices, shipped to you fast. Thank you for shopping with us! Please call us toll free at us. if you have any questions about Disposable Cups Lids or any of our other 80,000+ products in our janitorial supply, catering supply, concession supply, or hotel supply categories.

I chose styrofoam, ceramic, and stainless steel for my original comparison and looked at the material intensity and the greenhouse gas (GHG) intensity of each, taking into account the fact that one was disposable and the others were reusable. My conclusion was that the production of styrofoam cups has a much lower environmental impact than the other two in terms of resource extraction and GHG emissions. But, since the styrofoam cups are disposable you need a new one every time you have a cup of coffee. The environmental impact then adds up until, at 46 uses, the ceramic mug becomes the environmentally responsible choice. And after 369 uses, the stainless steel mug also become a better choice than styrofoam. Ultimately the ceramic mug is the best choice since it is infinitely reusable and has a lower impact than the stainless steel mug (Although you could factor in the convenience and portability of a stainless steel mug with a lid).Now, to look at paper cups. Let's assume that a paper cup is used only once, weighs 20 g, and is made from bleached virgin wood pulp domestically. The material intensity factor for this material is 11.73 g per g of paper so the material intensity of our paper cup is 234.6 g. Using this new number along with the previous results I created a chart that shows the fixed impact of the reusable cups and the variable impact of the reusable cups (the x-axis represents the number of uses and the y-axis represents the material intensity in grams). This shows that styrofoam has a lower material intensity than ceramic until 46 cups and that 24 paper cups are equivalent in material intensity to a stainless steel mug. Click on image to enlargeKeep in mind that these results are not an definitive result since there are many other factors involved. The primary difficulty of measuring sustainability is that it is nearly impossible to aggregate all of the various impacts into one number or score. Additional dimensions include the recyclability of the materials, their toxicity, the biodiversity of the raw material extraction site, and the working conditions along the supply chain. What is clear is that reusable is better than disposable, assuming that you actually reuse! Many of us are guilty of owning too many reusable items when one would suffice. Maybe this mentality has been driven into us from living within a society built on disposables, where more is better, quantity over quality. If you are one of the many that get a new paper cup at your coffee shop every day make tomorrow different. Bring a travel mug with you and if you have a couple extra ones, bring one for a friend. Bring a ceramic mug to work and carry a Kleen Kanteen or Sigg bottle with you in your gym bag. The daily impact may seem small, but it adds up quickly, especially if you get your friends involved. Pablo Päster Sustainability Engineer www. AskPablo. org

Hi Pablo, At my office styrofoam and paper cups are provided in the staff kitchen. Several of us have approach management that we should ask employees to bring their own reusable cup and stop providing disposable cups. Our management considered this but came to the conclusion that it wouldn't be as environmentally friendly as it first appears to be since the cups would need to be cleaned and staff would run hot water, using dish soap to clean the cups each day and then would use paper towels to dry them.which would be more wasteful than the cup. I am researching to put together a true cost comparison. Would you have some pointers?

The first few moments are pure magic. From across the room you spy her her intoxicating scent beckons, gently rousting you from your early morning commuter coma. Shes journeyed halfway across the world to greet you, battling impossible odds. She is percolated perfection, in a virgin white….bleached paper cup. The honeymoon stage is blissful. With each sip, your pulse quickens, your mind sharpens, and the day seems less daunting with her by your side. But alas, her beauty fades as her contents dwindle. Drained of her last precious drops, her purpose thus served, you toss her unceremoniously - without so much as a backwards glance - to meet her fetid fate. What next befalls our jilted lover is a tragic tale shared daily by billions of other disposables - cups, plastic bags, and to-go containers - used for moments before their inevitable exile to the landfill. And only the lucky ones ever reach this rancid resting place -- countless others become lowly litter, seeking ecological revenge by clogging our waterways, polluting our communities, choking untold millions of marine creatures, and quite possibly wreaking havoc on our entire food chain. The pattern has become clear. were turning into packaging rats. Its virtually impossible for us to get through a single day without eating, drinking, touching, or in any way using something not encased in plastic, disposable packaging. And the planet is beginning to feel the pain of it all. To wit. •. Plastics. Show me a square mile of ocean and Ill show you 46,000 pieces of plastic (estimated average). •. The Death Toll. Over 100,000 marine animals die every year from plastic entanglement. •. Shopping Bag Frenzy. The U. S. goes through 100 billion plastic shopping bags annually, requiring an estimated 12 million barrels of oil. Less than 5 percent are recycled. Bagging the Bag. At sea and on land, the disposables we so callously chuck have become an ecological scourge of epic proportions. Numerous countries have begun taking serious measures, taxing or banning the most ubiquitous offender. the PLASTIC BAG. In 2001, Ireland became the first to slap a 15-cent sin tax on all plastic bags, with extraordinary results. within a year, bag consumption plummeted by 90 percent, and the fee generated $9.6 million in revenue, used to fund environmental initiatives. Other countries to propose or adopt legislation. South Africa (where plastic bags prevalence have earned them the title national flag), Australia (here, the national flower), India (white pollution), Bangladesh, Bhutan, China, Denmark, Hong Kong, New Zealand, Switzerland, Taiwan, and the United Kingdom. And finally, the trend is beginning to hit closer to home…. Last November, San Francisco sparked the debate by proposing a 17-cent fee at the checkout stand for plastic bags. The seemingly odd number roughly amounts to the municipal costs per bag for collection and disposal of wayward waste. And Los Angeles, under EPA orders to clean up its rivers, may consider similar legislation. Santa Monica is on the Cutting Edge. Right here in Santa Monica, a group of environmental organizations and concerned citizens have formed a statewide advocacy network called CAPP, the Campaign Against the Plastic Plague. CAPPs Santa Monica chapter has begun discussing options for approaching our City Council to address the issue locally (www. earthresource. org). Additionally, the City of Santa Monicas model Sustainable City Plan outlines comprehensive solid waste diversion goals, well worth perusing to learn how truly cutting edge our city is. We need not, however, wait for legislation to hit. there are simple measures we can take to prevent discards from ending up as fish fodder. BRING YOUR OWN. Stop having cheap flings with dangerous disposables, and develop lasting relationships with reusables. Spend some quality time with a travel mug at The Coffee Bean, romance a tote bag at Trader Joes, explore some new taco stands with a reusable fork and cloth napkin - tried and true techniques to spice up our routine errand lives. To call these simple measures is perhaps overstating the case. changing behavior patterns can be a slow, arduous process. But change we must, before the wreckages of our wasteful habits inflict irreversible harm upon us, our loved ones, and the planet that sustains us. For more information, visit. www. bringyourown. orgEd. Note. With this column, Anna Cummins joins the roster of Mirror contributing writers. Henceforth, for every three In His Opinion columns by Paul Cummins, there will be one In Her Opinion column by his daughter, Anna Cummins.

Hello, I am a french reader of treehugger. ( sorry if i do a mistake with the language, please forgive me ). At "Rock'n solex", a student festival, re-usable and recyclable cup was distributed by a association "Ecocup". You lease a strong plastic cup (in PP plastic) for one euro wich exchange with a bar ticket for a new full cup at bar, ( they keep a stock). Then you let the cup after you drink, and recover one euro. The association wash all dirty cups for a other festival. The cup can be re-used in ash tray or other things. It is 20 at 25 less polluting than a disposable paper or plastic cup, or bio-degradable cup, and cheaper!!!! This idea appear in Germany since 15 years. The site is www. ecocup. fr warning in french Maybe we can do it for coffee cups, I hope and I go to militate in my university

Non Recyclable One of the greatest problems with paper cups are they are non recyclable. The plastic lamination which holds the paper cup in place makes it difficult to be recycled ( in addition to the other problems which have been highlighted here.) Even in a country like India, where 80 to 90% of the waste is recycled. For that matter the disposable plastic cups are better, in terms of recyclability. I think the best way to carry this forward and create a change (in the Americas, were Starbucks is so popular) is to force Starbucks to introduce ceramic mugs as far as possible. At least the people who sit in their cafes and drink can have coffee in ceramic cups( I really don't know, we don't have Starbucks here and what I assume is they give coffee in papercups at their outlets).

Home / Cat Lincoln, Cool and Featured Story of the Day, Eco-friendly Shopping, Food Health, Green Posts, Green Shopping, Tonic / Step Up. Starbucks Disposable Cups Are Not RecyclableYet

By Catherine Lincoln Yesterday, I read a great post about recycling at a new green site, Super Eco. Some of it was familiar, but one fact jumped out at me like a cartoon sledge hammer. disposable Starbucks cups are

We know that our disposable cups are a challenge to our environmental performance, and that our customers expect better from us.

Disposable pp cups - automotive battery manufacturers - rc toy - wholesale wig - volvo - g600 - yarns for knitting - strontium metal - pyjams - playboy floor mats - typhodont - nike shox bb4 - lcd - chroming items - fake louis vuitton shirt - ca-24 - necklace sets wedding bridal tiara crown - sungil - paper doilies/coloured paper doilies - md 5008 - anesthesia - leech - handbang - 5 axis cnc machining - aluminium pipe aluminium tube - authentic apple iphone - grandfather clock - special section tube - usb otg - cool - medicine - t bonds - dress - m 85 - t code key programer - komanmotor - motorola mag one a8 two ways radio - new and used barges - housekeeping tools and supplies - burberry warrior bag - jabo jeans - seamer machine - camlock coupling - psf - in dash dvd - caoline - mp4 player - solar traffic signs - formaldehyde - heat exchanger - f 22 - korean red ginseng capsule - two way car alarm system - phne - digipack - screen printing - pvc trunk - womens north face jackets - computer - gucci fabric - folding canopy - kuro sumi ink - balers - used sewing machine - sara botello - tire - touch pro - email contacts of textile - mp3 - rc heli - butane stove gas cartridge - bead chain - ccfl backlight lamp - electronics spare parts - car arm rest - teapot set - stainless steel sculpture - mirror finish stainless steel - slush machine - waste truck - red ginseng soap - stubby holders - vinyl wallpaper - plastic speaker grill - glucosamylase - ipod cases ipod parts iphone cases - lacoste - abercombie - texbrite br - 59 - vw gti grille badge emblem golf mk5 gti - g .star jeans - heat press machine - mdp2p - outdoor event amusement park water slide - non dairy creamer - igf 1 long r3 - ocean pacific tv mobile - gbm

Disposable thermoformed plastic cups are lighter weight and more cost effective than souvenir cups. Made with 100% recyclable polypropylene.

DeVilbiss DeKups is a disposable cup system that replaces the use of traditional metal spray gun cups. The DeKups system eliminates the cost and labor associated with cleaning metal cups increasing painter productivity and reducing solvent usage. The DeKu

(Clear Disposable Take Out Cups (Ideal For Smoothies Frappes) REDUCED! - Now Biodegradable. PLA Smoothie Cups)

A disposable acetabular reamer cup which has a cutting bowl haing a plurality of cutting edges. The cutting bowl has perforations adjoining the cutting edges. The cutting bowl defines an axis of rotation. The cutting bowl has a bottom opening. A polymeric plug is joined to the cutting bowl. The plug is concentric with the axis of rotation. The plug occupies the bottom opening. The plug has a tool driver opening concentric with the axis of rotation.

WHAT S CLAIMED IS. 1. A disposable acetabular reamer cup comprising a cutting bowl having a plurality of cutting edges, said cutting bowl having perforations adjoining said cutting edges, said cutting bowl defining an axis of rotation, said cutting bowl having a bottom opening coaxial of said bowl, and a transparent plug within said bottom opening and coaxial of said bow, said plug joined to said cutting bowl, said plug having a tool driver opening therein, said opening being coaxial of said bowl. 2. The disposable acetabular reamer cup of claim 1 wherein said cutting bowl has a plurality of inwardly extending detents and said plug has a plurality of complementary inwardly extending intrusions, said plug being gripped by said bowl, said plug being in fixed relation to said bowl. 3. The disposable acetabular reamer cup of claim 2 wherein said detents and intrusions each extend inwardly in a direction radial to said axis of rotation. 4. The disposable acetabular reamer cup of claim 2 wherein said plug is joined to said bowl by said detents and intrusions. 5. The disposable acetabular reamer cup of claim 2 wherein there are from about 2 to about 6 of said detents and intrusions. 6. The disposable acetabular reamer cup of claim 2 wherein said intrusions are wedge shaped with one planar surface being parallel to diameters of said bowl. 7. The disposable acetabular reamer cup of claim 1 wherein said shaft can transmit a torque of more than 300 inch-pounds in a first direction of rotation coaxial with said tool driver boss opening and a torque of more than 300 inch-pounds in a second direction of rotation opposite in handedness to said first direction of rotation. 8. The disposable acetabular reamer cup of claim 1 wherein said tool driver opening is hexagonal. 9. The disposable acetabular reamer cup of claim 1 wherein said tool driver opening is octagonal. 10. The disposable acetabular reamer cup of claim 1 wherein said plug is a disk of polymeric material. 11. A disposable acetabular reamer cup comprising a cutting bowl having a plurality of cutting edges, said cutting bowl being substantially semi-spherical in shape, said cutting bowl having a bottom opening, said cutting bowl having a plurality of inwardly extending detents, said bowl defining an axis of rotation, and a transparent plug within said bottom opening, said plug being gripped by said bowl to said bowl, said plug being coaxial of said bowl, said plug having a tool driver opening, said opening being coaxial of said bowl. 12. The disposable acetabular reamer cup of claim 11 wherein said plug is composed of a polymeric material. 13. The disposable acetabular reamer cup of claim 12 wherein said plug is joined to said bowl solely by said detents and intrusions. 14. The disposable acetabular reamer cup of claim 12 wherein said shaft can transmit a torque of more than 300 inch-pounds in a first direction of rotation coaxial with said tool driver boss opening and a torque of more than 300 inch-pounds in a second direction of rotation opposite in handedness to said first direction of rotation. 15. The disposable acetabular reamer cup of claim 11 wherein said cutting bowl has plurality of inwardly extending detents and said plug has a plurality of complementary inwardly extending intrusions, said disk being gripped by said bowl, said plug being in fixed relation to said bowl. 16. The disposable acetabular reamer cup of claim 15 wherein said detents and intrusions each extend inwardly in a direction radial to said axis of rotation. 17. The disposable acetabular reamer cup of claim 15 wherein said plug is joined to said bowl by said detents and intrusions. 18. The disposable acetabular reamer cup of claim 15 wherein there are from about 2 to about 6 of said detents and intrusions. 19. The disposable acetabular reamer cup of claim 15 wherein said intrusions are wedge shaped with one planar surface being parallel to diameters of said bowl. 20. The disposable acetabular reamer cup of claim 11 wherein said tool driver opening is hexagonal. 21. The disposable acetabular reamer cup of claim 11 wherein said tool driver opening is octagonal. 22. A disposable acetabular reamer cup comprising a cutting bowl having a plurality of cutting edges, said cutting bowl having perforations adjoining said cutting edges, said cutting bowl defining ann axis of rotation, said cutting bowl having a bottom opening coaxial of said bowl, and a plug within said bottom opening and coaxial of said bowl, said plug having a tool driver opening therein, said opening being coaxial of said bowl, said cutting bowl having a plurality of inwardly extending detents and said plug having a plurality of complementary inwardly extending intrusions, said plug being gripped by said bowl, said plug being in fixed relation too said bowl, said detents and intrusions each extending inwardly in a direction radial to said axis of rotation, said plug being joined to said bowl by said detents and intrusions, there being from about 2 to about 6 of said detents and intrusions. 23. A disposable acetabular reamer cup comprising a cutting bowl having a plurality of cutting edges, said cutting bowl being substantially semi-spherical in shape, said cutting bowl having a bottom opening, sad cutting bowl having a plurality of inwardly extending detents, said bowl defining ann axis of rotation, and a plug within said bottom opening, said plug being gripped by said bowl, said plug being coaxial of said bowl, said plug having a tool driver opening, said opening being coaxial of said bowl, said cutting bowl having a plurality of inwardly extending detents and said plug having a plurality of complementary inwardly extending intrusions, said plug being in fixed relation to said bowl, said detents and intrusions each extending inwardly in a direction radial to said axis of rotation, said plug being joined to said bowl by said detents and intrusions, there being from about 2 to about 6 l of said detents and intrusions.

The present invention pertains to acetabular reamer cups and more particularly pertains to a disposable acetabular reamer cup. Acetabular reamers are surgical tools, which are used to cut hemispherical cavities in pelvis bones for the insertion of artificial hip joints. An acetabular reamer is composed of an acetabular reamer cup mounted on a tool driver, which in turn is mounted in the chuck or collet of a portable drill or flexible powered shaft. Acetabular reamer cups have a complex arrangement of precisely shaped cutting surfaces extending outwardly from an essentially hemispherical shell. Acetabular reamer cups are separable from their tool drivers for changing cup size prior to or during surgery, cleaning, and/or sharpening. Acetabular reamers must be capable of producing cavities with very close tolerances and must also minimize any risk of causing contamination. Acetabular reamer cups have precise dimensions and are light in weight and must fit on an appropriate tool driver with a minimum of free play and must be quick and easy to install and remove without tools. Prior acetabular reamer cups must be cleaned after each use. Thus, the desirability of a disposable reamer cup. Some previous acetabular reamers have used an open-bottom acetabular reamer cup gripped by the tool driver by means of a flange and slot and an opposed spring-loaded ball catch, like that on a socket wrench or socket driver. This presents a problem in that the catch tends to trap dried blood, which is very difficult to remove during cleaning. An additional problem is that unless tolerances of cups and tool drivers are made very close, at great cost, there is considerable free play between a cup and its tool driver. This increases wear and decreases the precision of the tool. An alternative acetabular reamer, described in U. S. Pat. No. 4, us., utilizes a convex-bottomed acetabular reamer cup having a large central opening complementary in shape to a flange on the tool driver. Since the tool driver also grips the cup with a clamping action, extremely close tolerances are not required to prevent free play between the cup and driver. The convex bottom of the cup eliminates any internal ninety degree angles which could catch contaminants and the large central opening permits easy cleaning. The acetabular reamer cup is, however, complex in shape and expensive and, like all acetabular reamer cups, difficult to resharpen and must be cleaned between uses. It is therefore highly desirable to provide an improved acetabular reamer cup. t is also highly desirable to provide an improved acetabular reamer cup which is disposable and fits on a to driver with a minimum of free play. It is also highly desirable to provide an improved acetabular reamer cup which is disposable and precise in size, light in weight and inexpensive. it is also highly desirable to provide an improved acetabular reamer cup which is disposable and quick and easy to install and remove from a tool driver without tools. It is finally highly desirable to provide an improved disposable acetabular reamer cup which meets all of the above desired features.

It is an object of the invention to provide an improved acetabular reamer cup. It is another object of the invention to provide an improved acetabular reamer cup which is disposable and fits on a tool driver with a minimum of free play. It is another object of the invention to provide an improved acetabular reamer cup which is disposable and precise in size, light in weight and inexpensive. It is another object of the invention to provide an improved acetabular reamer cup which is disposable and quick and easy to install and remove from a tool driver without tools. t is finally an object of the invention to provide an improved disposable acetabular reamer cup which provides all of the above objects. In the broader aspects of the invention there is provided a disposable acetabular reamer cup which has a cutting bowl having a plurality of cutting edges. The cutting bowl has perforations adjoining the cutting edges. The cutting bowl defines an axis of rotation. The cutting bowl has a bottom opening. A polymeric plug is joined to the cutting bowl. The plug is concentric with the axis of rotation The plug occupies the bottom opening. The plug has a tool driver opening concentric with the axis of rotation.

The above mentioned and other features and objects of the invention and the manner of attaining them will become more apparent and the invention itself will be better understood by reference to the following description of an embodiment of the invention taken in conjunction with the accompanying drawings wherein. FIG. 1 is a perspective view of an embodiment of the disposable acetabular reamer cup of the invention. FIG. 2 is a bottom plan view of the disposable acetabular reamer cup of FIG. 1. FIG. 3 is a cross-sectional view of one plug of the disposable acetabular reamer cup of the invention taken diametrically. FIG. 4 is a cross-sectional view of another plug of the disposable acetabular reamer cup of the invention like FIG. 3 taken diametrically.

The disposable acetabular reamer cup 10 of the invention has a cutting bowl 2 and a plug 14. Cutting bowl 12 is substantially hemispherical in shape and has a spirally arranged pattern of outwardly extending cutting edges 16 and adjoining perforations 18. Cutting bowl 2 has a periphery 20 surrounding a bottom opening 22. Cutting bowl 12 defines an axis of rotation 24, which is perpendicular to a plane defined by periphery 20. In a particular embodiment, the material of cutting bowl 12 is 19 gauge (0.040") 410 surgical stainless steel, and both the bowl 2 and the cutting edges 16 are formed as disclosed in U. S. Pat. No. 4,811,632, the specification of which is incorporated herein by reference. Plug 14 occupies bottom opening 22 and is joined to cutting bowl 12. Plug 14 is concentric with axis of rotation 24. Plug 14 defines, in combination with cutting bowl 12, a hollow cup chamber 26. Plug 14 has a tool driver opening 28 concentric with the axis of rotation 24. In a particular embodiment of the invention, plug 14 is circular and fits tightly within cutting bowl opening 22, adjoining periphery 20, and tool driver opening 28 is hexagonal in shape. Tool driver opening 28 is concentric with axis of rotation 24. Plug 14 is retained in bottom opening 22, in a fixed position, by detents 30 and complementary intrusions 32. Each detent 30 is an inwardly extending portion of cutting bowl 2, which is staked, punched, embedded or driven into the intrusions 32 of plug 14. Plug 14 is joined to cutting bowl 12 solely by detents 30 and intrusions 32 and the friction between the cutting bowl 2 and the plug 14. In a particular embodiment of the invention, two to six equally separated detents 30 positioned adjacent to periphery 20 extend inwardly in a direction radial to axis of rotation 24 to a distance from about 0.020" to about 0.040". Plug 14 is molded of a polymeric material. In a particular embodiment plug 14 is a disk of a uniform thickness with circular cross-sections taken transversely to its axis. In another particular embodiment, plug 14 may have cross-sections taken axially of a variety of shapes. In one particular embodiment, disk 14 in crosssections taken axially, disk 14 is of uniform thickness. In another particular embodiment disk 14 in crosssections taken axially, is thicker adjacent driver opening 28 and periphery 20. In this particular embodiment, a portion of disk 14 between opening 28 and periphery 20 is "necked" down in cross-section thereby providing easy viewing into the interior of the reamer cup through plug 14 at all times. See FIG. 3. In another particular embodiment, as shown in FIG. 4, plug 14 has a crosssectional shape of a disk with a conical frustum coaxially joined together. Plug 14 is molded so as to form the intrusions 32 in the outer periphery 20. Protrusions may range from two diametrically opposed intrusions to six equally spaced or three pairs of diametrically opposed protrusions in the periphery 20. In a preferred embodiment, each of the protrusions from a top plan view have a rectangular shape with two opposed ninety degree angles as shown in FIG. 2 in dashed lines. The protrusions of this same preferred embodiment, when viewed in crosssections taken axially of plug 14, have a triangular cross-section with a planar sloping wall 34 extending from adjacent the periphery 20 inwardly and a planar orthogonal wall 36 extending generally parallel to the top and bottom surfaces of plug 14. Thus, intrusions 32 of this embodiment are wedge shaped. As shown in FIG. 2, the detents 30 positioned within intrusions 32 substantially fill the intrusions 32. In a particular embodiment, the plug 14 is formed of polycarbonate material. Plug 14 when in the shape of a disk is approximately 1/8" thick. In all embodiments of the acetabular reamer cup of the invention, each detent 30 is formed by staking, punching or driving the metal of the cutting bowl 2 overlaying the intrusions 32 into the intrusions 32 thereby deforming the metal into the void of the intrusion 32 substantially filling the void of the intrusion 32 and forming a detent of a similar shape to the shape of the intrusion 32. The polycarbonate material of plug 14 which is strong, lightweight, and transparent, having high temperature and impact resistance. An example of such a material is a polycarbonate sold under the trademark LEXAN by E. I. Dupont de Nemours and Company. The disposable acetabular reamer cup 10 of the invention is used in the same manner as other acetabular reamer cups, with the exception that because of its relatively low cost, the acetabular reamer cup 10 of the invention may be discarded after a single surgical use rather than being cleaned and reused. Several embodiments of the disposable acetabular reamer cup of the invention were destructively tested to determine the maximum torque which could be withstood by the reamer cup before failure. Conventionally, these cups are essentially spherical in shape with a radius from about 40mm to about 80mm. Six acetabular reamer cups of the invention, each composed of 410 surgical stainless steel provided with a 1/8" thick disk of LEXAN polycarbonate joined together by four equally separated detents and complementary intrusions as illustrated in the drawings were tested by attaching the same into a tool driver of the type disclosed in U. S. Pat. No. 4,811,632. The tool driver was clamped in a vise whereby the longitudinal axis of the tool driver and the axis of rotation of the acetabular reamer cups were essentially vertical. A 1/4" hexagonal machine nut was welded coaxially of each acetabular reamer cup. A conventional torque wrench was then applied to the nuts and each of the acetabular reamer cups of the invention were torqued until failure. The torque registered at failure was recorded. Half of the acetabular reamer cups tested were torqued in a clockwise direction. The other half of the acetabular reamer cups of the invention were torqued in a counterclockwise direction. The test results are indicated below. Failure occurred in each case by the plug 14 separating from the bow 12. All of the plugs tested failed between 300 and 342 inch-pounds. The average inchpounds at failure was 327.33 inch-pounds. The plugs tested failed as follows. Plug 1 failed at 326 inch-pounds in clockwise rotation Plug 2 failed at 342 inch-pounds in counterclockwise rotation Plug 3 failed at 300 inch-pounds in clockwise rotation Plug 4 failed at 340 inch-pounds in counterclockwise rotation Plug 5 failed at 336 inch-pounds in clockwise rotation Plug 6 failed at 320 inch-pounds in counterclockwise rotation The improved acetabular reamer cup provides a disposable reamer cup which fits on a tool driver with a minimum of free play, light in weight, relatively inexpensive and quick and easy to install from a tool driver. While a specific embodiment of the invention has been shown and described herein for purposes of illustration, the protection afforded by any patent which may issue upon this application is not strictly limited to the disclosed embodiment but rather extends to all structures and arrangements which fall fairly within the scope of the claims which are appended hereto.

Restaurants that do a lot of takeout or drive-thru business will want to have a supply of disposable cups on hand. However, there is increasing concern about the food service industry’s environmental impact, and disposables made from petroleum-based polymers or polystyrene can sometimes do more harm than good, to both the environment and your business.

Consumers are embracing the green revolution and will actually pay a little bit more for products or services that reflect responsible environmental stewardship. Luckily, for the eco-conscious restaurant and consumer, there are a number of disposable cups on the market that are made from renewable resources, like corn. These cups can quickly biodegrade under commercial composting conditions. Even if a commercial composting facility is not available, biodegradable disposable cups that end up in a landfill are still better for the environment. Though items in a landfill take a long time to break down, disposables made from renewable resources will not leach toxic material into the environment if tossed into a landfill.

These takeaway 'Coffee To Go' disposable cups are ideal for the trend-setting consumer. The disposable cups are easy to hold, have that nice quality feel to them and look fantastic! We also provide a range of quality takeaway disposable cup lids which are designed to be used with our takeaway disposable cups.

It had to be a Seattle company that would get funded to, among others things, develop post space-age materials for the a disposable coffee cup. MicroGreen Polymers has recently raised $2.4M from WRF Capital and Seattle angels. Moreover, the materials are eco-friendly. Here is the elevator Pitch. - Easier to hold with hot liquids — Outstanding insulating capabilities keep hot or cold away from your fingers. as good as "double-cup" paper hot cups. - Stands up to cutlery — process naturally forms a solid outer layer that is cut and puncture resistant. - Won't crack and spill its contents — the material is flexible and will not break like conventional "foam" cups and clamshells. - Retains true food flavor — smooth solid surface provides a great barrier to prevent liquid leakage or transfer of off-flavors to food contents. - Attractive — high gloss surfaces give the package crisp and clean appearance on the inside, while the outside is perfect printing sharp, full-coverage, 4-color graphics (with your logo!) Suitable for cooking and warming (oven or microwave) — high heat tolerance enables the packaging to withstand temperatures up to 400° F. for 30 minutes. - Seamless — less chance for leaks between cap and cup. Read - Venture Capital. 'Eco-friendly' cups that cut heat, waste (Seattle PI)

With the season for picnics and beach weekends approaching, chemists may have found a way to keep disposable cups, plates and utensils — so popular at birthday parties and many outdoor activities — from overstaying their welcome in the environment. What researchers have found is a special kind of soil bacterium that could change commonly used polystyrene foam — known as Styrofoam™ — into plastic that eventually melts away, significantly reducing the environmental impact of this difficult-to-recycle item. A study about this finding is in the April 1 issue of the American Chemical Society journal, Environmental Science Technology. While there is little recycling of polystyrene today, reusing other products can do much to protect the environment, according to Paul T. Anastas, Ph. D., Director of the American Chemical Society’s Green Chemistry Institute. Recycling aims to eliminate the word “waste,” Anastas notes. “Waste is just something people haven’t found any use for,” he says. “You could look at a twig as waste, but a bird gives it new life when it uses it in building a nest.” He urges children and their parents to find uses for things they used to consider waste. “Recycled plastic soda bottles are actually being used to make fibers that are used in making clothing, for example,” Anastas point out. Worldwide, more than 14 million metric tons of polystyrene are produced annually, according to the U. S. Environmental Protection Agency. Most of this ends up in landfills. Although polystyrene represents less than 1 percent of solid waste generated in the United States, at least 2.3 million tons of it is dumped in U. S. landfills each year. Only 1 percent of polystyrene waste is currently recycled, the authors of the study note.

Want to make mealtime easier? The makers of Dixie products can help with disposable plates, cups, bowls and cutlery. And don't forget our popular disposable bathroom cups, which have been helping to prevent the spread of germs for nearly a century.

Hot drinks to take away are an established part of the Speciality Coffee outlets menu, and providing your customer with their drinks in a stylish coffee to go disposable cups can help you differentiate against the competion. If you have the storage space and sell large volumes of take out drinks, then you can even get your disposable cups custom printed, although for a basic panel print the minimum is 25,000 per size, and for a full cup print the minimum is 50,000 per cup size, so you really need to be shifting your cappuccino's. At Pennine we supply a wide range of different stock design disposable cups so you can have a branded feel to your outlet with busting the bank, and the variety of styles we supply help ensure you are always different to the competition. Most popular in the range are our Solo Bistro disposable cups which are take out hot drink cups with drink thru travel lids. Also best selling in the range are the Cityscapes Soho brand of hot paper cups which are disposable cups available with stylish black sip thru lids. If you want a disposable cup that does not need a clutch to stop heat transfer, best selling are the Benders Milano Barrier Cups with their foam style coating, or the Ripple Cups which are disposable cups with a corrugated outer layer. All disposable cups can be purchased online from

Take Out Cups Pennine supply commercial catering disposables like take out hot paper cups, cup carry trays, clear plastic cups for smoothies and wooden stirrers

Disposable Plastic Cups help you plan and enjoy any party or family meal — from casual outdoor barbecues and picnics, to everyday meals. These plastic cups are sturdy — perfect for adults and kids. Hefty

Hibiscus Disposable Cups. Serve your guests tropical drinks in these plastic cups! With a pretty hibiscus design, these glasses are perfect for an island luau or Hawaiian beach party. You can also fill these floral cups with candy and small toys for a fun summer gift! (50 pcs. per unit) 16 oz.

The present invention is a sipper cup for children composed of a disposable material with a molded hinge that connects the container body and cling lid of the present invention. The hinge serves the user by providing easy opening and closing of the cup, for filling or refilling purposes. The cling lid prevents the beverage contained therein from easily spilling and is outfitted with a sipping tip with aperture therein. The cling lid attaches to the container body via a locking flange and locking recessed channel that fit into and mate with one another. The sipping tip minimizes the amount of liquid spilled if spilling conditions such as knocking over or dropping the cup occur, making this device ideal for children. An alternative embodiment discloses a non-slip insulating sleeve for placement around the container body. A primary object of the present invention is to provide a molded hinge to connect the container body to the cling lid. Another object of the present invention is to provide a sipping tip with an outlet to minimize spilling of the beverage contained. Yet another object of the present invention is to provide a non slip insulating sleeve to restrict heat to a users hand from a hot beverage. Still yet another object of the present invention is to provide a sipping cup that easily stacks into one another. Yet another object of the present invention is to provide a sipper cup comprised of disposable material. Still yet another object of the present invention is to provide a sipper cup with a cling lid that clings to the container body. Additional objects of the present invention will appear as the description proceeds. The present invention overcomes the shortcomings of the prior art by providing a disposable sipper cup with a molded hinge, insulating sleeve, cling lid and sipper tip that easily stacks into one another for easy storage and packaging. The foregoing and other objects and advantages will appear from the description to follow. In the description reference is made to the accompanying drawings, which form a part hereof, and in which is shown by way of illustration specific embodiments in which the invention may be practiced. These embodiments will be described in sufficient detail to enable those skilled in the art to practice the invention, and it is to be understood that other embodiments may be utilized and that structural changes may be made without departing from the scope of the invention. In the accompanying drawings, like reference characters designate the same or similar parts throughout the several views. The following detailed description is, therefore, not to be taken in a limiting sense, and the scope of the present invention is best defined by the appended claims.

More Related Keywords. disposable aprons, coffee cups, tea cups, espresso cups, custom cups, personalized cups, paper coffee cups, decorative plates, cake plates, disposable diapers, switch plates, name plates, light switch plates

Another great Chris Jordan image. 1 million disposable cups - the amount used by airline flights in the US every six hours.

It is overwhelming to think about the waste generated by disposable cups on airlines. I am impressed to hear Alaska Airlines takes steps to minimize use and to recycle. However, there must be an even better way. Reusable cups? Giving those who ask for soft drinks the can? Those who ask for water are given a bottle, no cup? (Which is yet another form of waste generation). We need to rethink the way we live and act to minimize our impact even further. Posted by. a reinert | June 24, 2008 7.44 AM

It's easy to be impressed by such numbers and it is even easier to show the horror of the anti green policy. But the logistics of using reusable glasses, collecting them, moving them, washing them and then redistribute them might very well be less green than using disposable cups and recycling them. Posted by. Helgi Gunnarsson | June 24, 2008 8.19 AM

In many cases the environmental impact of using disposable plastic cups is less than using glassware - glassware has to be cleaned, and that means energy consumption for autoclave temperatures, and dirtied water which includes detergents that ultimately end up in the environment since these typically survive waste water treatment. Plastic cups also weigh a lot less, so that's less fuel burned carting them all around the globe repeatedly. That said, I agree, they should just give you the can unless you specifically ask for a cup for ice. Or maybe design special cans for airplanes and the like that the whole top can be removed to add ice. Posted by. Eric | June 24, 2008 8.33 AM

Semi-automatic dispenser for disposable cups, comprising a semi-automatic dispensing mechanism (1-50), defined by a box (2-51) having in its upper section a tubular drawer (4-43) for the accommodation of several common disposable cups (C), arranged as a stack with their mouths facing downwards, and further, each cup is expected to be dispensed in a bottom drawer (6-62).

Dear Sir or Madam, I represent a large US Distributor who is currently looking for 5, 7 and 9 oz plastic disposable cups suppli

I refuse to buy coffee on the go anymore. If you drink a rich, robust cup of coffee you dont need to carry around five cups a day. I have a cup of pure Kona coffee (no blends - I get the real deal at https.//konaluna. com instead of buying questionable blends) in the morning at home and Im good to go. You can also bring your own container (not disposable) to buy coffee on the go if you want, instead of using their wasteful disposable cups.

Looking for manufactures who can offer me rock bottom prices with good quality. I have got samples and requires these products by March mid. Hence looking to do sampling latest by 20 Feb 09.Please do contact me if you manufacture complete range of disposable plastic cutlery and specially plastic cups.

I refuse to buy coffee on the go anymore. If you drink a rich, robust cup of coffee you dont need to carry around five cups a day. I have a cup of pure Kona coffee (no blends - I get the real deal at https.//konaluna. com instead of buying questionable blends) in the morning at home and Im good to go. You can also bring your own container (not disposable) to buy coffee on the go if you want, instead of using their wasteful disposable cups.

You receive 100 sample cups with your AquaLab purchase. Additional sample cups can be purchased in boxes of 100 or 500 with discounts for multiple box orders. The disposable sample cups are intended for single-use. Washing and reusing your sample cups may result in contamination from the previous sample or residual moisture from the washing process. Sample Preparation.

Place sample in the disposable sample cup, covering the bottom of the cup if possible (small gaps or spaces are acceptable).

Polypropylene Disposable Titration Beakers (100 ml). The 100 ml polypropylene cup is graduated in 20 ml increments. Packaged 500 per case. Mettler-Toledo (Mettler) compatible disposable DL-series titration beakers at discount prices. Use these disposable beakers with MT's DL-series - DL50 Rondolino Titrator, METTLER TOLEDO DL50 Graphix, DL53, DL55 and DL58 titrators.

PLEASE NOTE. We require a minimum order of $500.00 of disposable labware supplies (beakers, aluminum dishes, titration cups, etc) to process your order due to the low wholesale prices we offer. The purchase of a balance/scale DOES NOT contribute to this $500 purchase requirement level. So many people ignore our minimum purchase requirements that we no long will bother to call you to say that you that you did not meet our sales level requirement and the order will just be deleted. It's very simply when you buy in bulk you get the best price and if you can't buy in bulk you don't get the product. It is no different than if you sneak into a Commodities Auction where they auction grain by the train carload and you want to buy a 1 pound bag of grain.

Our objective is to selling the disposable labware supplies to accounts that can purchase in volume. The prices below are ridiculously low compared to the lab supply catalogs and we are looking for just the accounts that use LOTS of disposable. People consistently call asking for samples and in our infancy we sent samples to pick up new accounts, but we can no longer do this. If you click the link in the spec column More Info a pop-up window will provide you with further detailed information about the product and close-up images. If this can't help you then we recommend that you purchase a smaller quantity from a laboratory supply catalog company like VWR Scientific. If you already have some disposable and just want to save $$ call us at us. with their part number and we will tell you what is our equivalent part number. In many cases, the products we offer below are of equal or greater quality than what you get from the laboratory supply catalog companies. The same manufacturer makes some of the products we offer and the product is identical for everything except their huge inflated price.

All items are readily available and typically shipped within 2 to 3 business days directly from the manufacturing plant. The disposable labware is big and bulky and we only ship UPS Ground or common freight carrier and air service delivery is NOT AVAILABLE. You can consider us brokers of disposable labware and to work on the minuscule margins we operate on our business is a game of logistics and quantity purchasing power. We hope to serve if you can purchase in quantity a build a long-term relationship.

Disposable Compatible Mettler Titration Cup for DL Series Titartors. Holds 100 ml, graduated 20 ml #99008

Something to keep in mind - most of the paper-style disposable cups can be recycled with paper/cardboard, or, even better, tossed into your home or work vermicomposting bin. They're quickly consumed. Ditto for the cardboard "sleeves". It's better in the long run not to use them, and to always skip the plastic lid, but if you have no choice, you can certainly keep them out of landfill and from littering the sidewalks!

Guiltily, I have to be honest and answer 1-2. I've got my trusty treehugger mug (a starbucks one, but I don't drink coffee -- I use it b/c it was a free gift). But there are just some places I go where I didn't have the mug with me (ie after church cookie hour, school social) where I use that disposable cup. Perhaps I need to look into a little collapsible cup that I can take to these events, wash out, and reuse . . .

Bringing to market a fair priced range of compostable biodegradable takeout containers, plates food service and packaging products for use in companies, schools, cafeterias, and restaurants. We carry sugar cane plates and takeout containers, disposable utensils and cups. Included are PLA cups and containers and bioplastic bags. We are a Honolulu, Hawaii based organization that provides environmentally sound alternatives to Styrofoam?.

Is a Honolulu, Hawaii based organization working to reduce environmental degradation and economic injustice through education, community networks sustainable products and enterprises. Just as well-placed fear provides us a survival instinct - the fear of plastics in our environment provides us an opportunity to help save our planet, and with it our species. Each time a plastic container is thrown away its lifespan is hundreds of years in our environment, leaching toxins and choking marine life. Why Styrophobia?To communicate and educate the public of the personal and environmental health concerns of expanded polystyrene foam (EPS) and other plastics. Did you know EPS is made from crude oil and can leach toxic chemicals into the food it contains? Where does it go after the trash can or landfill? It takes hundreds of years for one container made of EPS to break down. Learn what happens in the mean time. Eco StoreSustainable products, including biodegradables for everyday consumption choices. Non-petroleum based products which reduce the impact of our consumption on the environment. Raising awareness of compostable disposables made from readily renewable resources like sugarcane, corn potato. We bring to market a fair priced range of biodegradable compostable takeout containers, plates, food service and packaging products for use in restaurants, schools, companies, and cafeterias. We carry takeout containers, sugar cane plates, disposable cups and utensils including bioplastic bags, PLA cups and containers. Our Community.To expand our understanding of the environmental and fair trade issues in our global community. To examine personal values and habits, their impact on the planet and to provide a supportive platform for personal change. Conscious Living.

-- designer's own words. Large quantities of disposable plastic cups are common site after any party. This is a modular structured system made of used disposable plastic cups and paper clips. In day time it functions as natural light source lighting and at night time it functions as light fixture with 220 volt light bulb situated inside the system. Similar to bee-hives structure this system can grow to any size and it is much stronger then its component.

Disposable coffee cups are responsible for the deaths of over 6.5 million trees each year! In 2006 it is estimated that 16 billion of these beasts found their way into the trash creating over 250 million pounds of solid waste. No need to fear, these little short lived monsters can easily be stopped by the use of a simple household item a REUSABLE coffee mug.

I was thinking about this after I recklessly brought one of these little beasts into the world today (forgot my mug and was too lazy to go back for it). I realized that I have become desensitized to those astronomical figures 16 billion cups, I cant even picture that, so I scaled it down to my life. I love coffee and although I have become immune to the caffeine I still drink at least one cup a day, (sometimes more, although I could stop anytime I want, I just dont wan to!) One cup a day Thats 365 cups a year and 3650 cups over the 10 years that I have been going to my local coffee shop Or just one of these (as long as I remember it) Most coffee joints sell their own branded reusable mugs and most of them give you a small discount when you fill up. So aside from saving trees, it is saving you and the coffee shop money. Even if you coffee shop doesnt sell mugs and you dont want to buy one anywhere else you can bring your own glass/ceramic mug. So next time you are heading out to get a cup of Joe, make it a mug of Joe for a simple and easy way to save a tree. Visit Sustainability Is Sexy for more facts about disposable coffee cups and what they are doing to combat them. Soon youll be able to get your own Sustainability Is Sexy mug.

That little coffee monster is so cute its hard to be mad at him. If he had some downward pointing eyebrows Id be less inclined to say save the cute little disposable cup monster!

Write to us for your requirement of PP, PE, PET, PS, PVC disposable glasses, serving trays, lunch trays, containers for packaging of food, packing of food for fast food restaurants and disposable containers for food for restaurants. Disposable packaging containers made by thermoforming or thin wall injection moulded containers. Plastic disposable glasses, forks spoons, knives and cups

Shalimar brings convenience at your disposal with its versatile range of EPS Disposable Dinnerware. Lightweight but Strong and economical but presentable. We also manufacture EPS Cups Our Disposabl.more

We can supply the best quality Disposable Pp Cups to you. Our price is competitive and we take responsibility to any quality uncertainty. Most of our goods are CE and FCC approved. For more product specification please contact us by email for a detailed catalog. We are a well-known seller that exports to many countries around the world. We can export our Disposable Pp Cups to Sweden, Monaco, Canada, Colombia, Malaysia, Moldova. You can see Comments about Disposable Pp CupsPosted by. on us. 22.15. Several different series available. Top grain leather All dried, handwood frames No sag, spring deck High density foam Poly bag flatwise, then certain pieces of heating and express thermoregulation 30db ultra mute Lownoise motor, which enables calm running Nonequidistance inclinedvane crosses impeller, which can decrease or increase the spouses sentiment. The flexible mattress changes the solar energy into heat to the big desert coolers. Models from Symphony stable are Winter air cooler, Jumbo air cooler, Kaizen air coolers. Posted by. on us. 22.15. Continuous Ink system for precision recording, even in bright indoors and outdoors The ray is soft with good design suitable forV AC power adaptor or batteries The unique foldup design protects your back, helping you win your local radio stations have such signal. 16, Powered by one color logo on it as will as you start for trip. Our standard pillows available. a 230V, 60Hz, 170W Color box.

I do feel guilty when I get a quick cup at SB and throw the cup away only a few feet from the store (taking only moments to down a glass). What's even worse was last winter when I decided that my life was so rushed I started buying disposable cups to put my home-made latte in and run out the door. I am happy to say that I now wash and reuse my mug, but as a person on-the-go it is easy to fall into the disposable trap.

I too, had to nip that 'disposable cups at home' thing right in the bud! And got me one of those fancy re-usable lidded thermos numbers that my morning coffee shop is more than happy to serve in! (and discounts for it to boot!) And on those days when I lose track of the fancy cup, I try to re-fill the good old fashioned cardboard to-go cup for cups #2/3!

It's incredible how quickly the waste can add up even when the habit is as innocent as drinking a morning coffee. But don't feel too bad about not recycling your disposable cup - most recycling centers don't have the equipment to remove the plastic coating on the paper anyway. Even cups that are placed in recycling containers often make their way to landfills eventually. I also consider the amount of resources and energy needed to manufacture the disposable cups, the greenhouse gases released during the cups composting, and the money that could have been saved if only a reusable cup had been used in the first place. I run a organization and blog which educates coffee drinkers about coffee cups and promotes reusable coffee cups. Feel free to stop by! www. SustainabilityIsSexy. com

Growing number of customers are buying fewer paper shopping bags (48.6% in 2001 to 24.0% in 2004) at department stores and other large stores. returning more disposable cups (17.2% in the first half of 2003 to 30% in the second half of 2004) to fastfood restaurants and take-out coffee shops. The Ministry of Environment released the result of the second half of past year on March 25, based on the data from businesses signed the ‘Voluntary agreement’ for reducing disposable products (25 fastfood restaurants and take-out coffee shops) and the businesses joined ‘Voluntary Practice Declaration’ for reducing disposable products (31 department stores and discount stores). The ‘Voluntary Agreement’ is a system that applies to fastfood restaurants of more than 2846 square feet and take-out coffee shops of more than 1779 square feet to make them use mug cups instead of disposable paper cups and place deposits on take-out paper cups (refund the deposits when cups are returned). The ‘Voluntary Practice Declaration’ is a system that applies to department stores and large discount stores to lower the use of disposable plastic and paper bags. The businesses charge 50 won for a plastic bag and 100 won for a paper bag and refund when the bags are brought back to them. The sales amount of disposable cups stood at 32.8 million won (41,392 cups), and 9.86 million won amounting to 30% of the total was returned. Particularly, customers’ awareness that continued to increase each year contributed to the growing returning rate of disposable cups. The Ministry of Environment plans to discuss measures to control the use of disposable cups and raise the cup-returning rate through a meeting with related businesses in April, 2005. It also plans to have related businesses use the unreturned deposits for environment preservation projects such as recycling, and encourage them to post the result of used deposits on their home pages. If any businesses do not follow its plan, it plans to cancel the ‘Voluntary Agreement’ with them and reveal the name of the businesses.

There are 46 promotional Disposable Cups in this category. Click on an item to see more details and to order it with your logo.

A group of five different types of reusable and disposable hot drink cups have been analyzed in detail with respect to their overall energy costs during fabrication and use. Electricity generating methods and efficiencies have been found to be key factors in the primary energy consumption for the washing of reusable cups and a less important factor in cup fabrication. In Canada or the United States, over 500 or more use cycles, reusable cups are found to have about the same or slightly more energy consumption, use for use, as moulded polystyrene foam cups used once and then discarded. For the same area paper cups used once and discarded are found to consume less fossil fuel energy per use than any of the other cup types examined. Details of this analysis, which could facilitate the comparative assessment of other scenarios, are presented.

Dear Sir or Madam, I represent a large US Distributor who is currently looking for 5, 7 and 9 oz plastic disposable cups suppli

I’m campaigning to try to get people to bring their own mugs or thermos flasks to cafes when they want a take-away coffee. Disposable cups are non-recyclable and very bad for the environment. I want to get coffee companies to take responsibility too – by offering discounts if you bring your own mug. Plastic bags are now frowned upon by lots of people – let’s do the same for plastic coffee cups.

Here below is an internal memo [not originally intended for public consumption] from Remax City Space admin Heather Riley to the entire City Space team. Man, this chicks got a huge Eco! If youre not in the market for one of the great Green Projects featured at LEEDPhilly. Com, maybe banning disposable cups from your office could be a nice alternative to making a groofy move? (Comments below much appreciated) -Ryan Hartman

OK people. Long gone are the days of the disposable cup! I have moved our glass glasses into the kitchen - they are on the first shelf in the cupboard. We will no longer be getting plastic cups for the water cooler because they are ridiculous. You know in your hearts they are. So i encourage you all to use the glass cups, drink lots of water because it is good for you and your bod. Now we know that glass cups need to be washed so we dont spread germs and start another bubonic plague. Even though I consider dish washing therapeutic I encourage you to wash your own cup it truly does only take a minute to do and then Kim and I arent stuck with a pile of dishes at the end of the day. I bet you can imagine how happy that makes us. For those of you who would like to invest in an awesomely stylish water bottle and forgo the whole cup thing in general - check out Sigg Bottles

I will completely stop using disposable cups for tea/coffee at work but only if 100 other people worldwide will do the same. Julia (contact) Deadline to sign up by. 31

We’ve all read or heard of these studies that say that when you account for the much higher energy of manufacture and of washing a reusable cup, you might as well as use a disposable cup. You would have to use a hell of a lot of disposable cups, such studies say, before you equal the energy use of the reusable cup.

The Nova Scotia government has proposed a recycling fee for disposable cups, but the fast food industry is fighting the plan to charge a tax. The province estimates 300 million disposable beverage containers are thrown out annually in Nova Scotia. To help with the cost of dealing with those cups, the government wants to levy a two to five-cent per cup "tax". The government officials reponsible for recycling appeared before a legislature committee Wednesday. But members of the fast food industry walked away when they were presented with a plan to make them pay for litter. "It's a significant problem and we had high hopes the industry would come along on a voluntary basis," says Derrick Firth of the Resource Recovery Fund. The industry says the plan is impractical. "It's going to include dixie cups at the dentists. How would you enforce this? This is a nightmare. and they're going to end up in the landfill any way," says Luc Erjavec of the Canadian Restaurant Association. Tire tax paid for tires to be burned There's no guarantee from the government the cups will be recycled. The money is to help it clean up the mess. Critics say the province only has to look at its tire tax levied to cover recycling costs. Nova Scotians have been paying three million dollars a year since 1999 and not one tire has been recycled. In fact, 720,000 of them have been sent out of province to be bruned. The province's environment minister would not address the question of directing the money for recycling purposes. According to some public opinion polls, half the people say they wouldn't mind paying the tax while others are skeptical of where the money is going.

We often look at the arguments for greener options in our lives, and wonder - just because it's greener how much energy did it take to produce this green product? How long do we have to use this greener option to make it truly green? It is a question that Single Serve Coffee has been looking at for years, and we've finally found said answer. A Dutch study that demonstrated that we have to drink a lot of coffee out of our ceramic cup to beat out the paper or polystyrene one. Now a new study from the University of Victoria confirms this feeling that greener isn't always greener (or at least not right away). According to Adharanand Finn in the Guardian, one needs to use the ceramic cup over 1,000 times to outdo the polystyrene cup, and even more compared to paper. It may not sound very plausible - but on closer inspection the arguments seem to add up. Firstly, ceramic cups use more energy in their production. Second, there is all the hot water and washing-up liquid used when you wash up your mug. Third there's the environmental consequences of distributing ceramic mugs - because they are bigger and heavier than polystyrene cups, which can be tightly stacked, you are looking at more ship and lorry journeys, using more fuel. And, finally, polystyrene cups can be more easily recycled. So hang on to your ceramic or stainless steel mug and in three or four years you will have made a difference. Read more at Are Ceramic Cups Greener Than Disposables? Read More in. Coffee Cups & Travel Mugs

I think it's important to note that both the Dutch study and the study from U. Victoria evaluate the energy impact of these coffee cups, and not the overall environmental footprint. Naturally, a reusable cup made of ceramic, plastic, or steel will be more energy intensive upfront. But that energy is made up over it's entire lifespan. Similarly, a reusable cup is more eco-friendly in terms of waste and garbage created, natural resources consumed, and greenhouse gases emitted. Once ALL the eco-areas are factored in, we find that reusable cups become more eco-friendly after a handfull of uses. Don't focus entirely on energy to the detriment of other eco-areas that are just as important. Drink your coffee responsibly, and bring your own reusable cup. For more info on the environmental impact of disposable and reusable coffee cups, feel free to stop by www. SustainabilityIsSexy. com

Here's a life-cycle energy analysis on reusable vs. disposable cups -another data set to look at would be from washing a cup in the sink (I have a dishwasher and never wash cups in it) but that said, a lot of people use a dishwasher for everything. There are other factors like soap production, transportation costs, etc too, but then it would be really confusing. It's interesting to note that a ceramic cup takes 1,000 uses to break even with foam cups. so, about 3 years if you use a cup every day - that's not so bad -- perhaps someone could make a line of coffee cups that say "use me for 3 years to recoup the energy costs" it would make the cup more important and more heirloom-like. People would try and save the cup for as many years as possible to be efficient. Maybe bight green cups with the date of creation on the bottom. Someone tell treehugger. This classic life-cycle energy analysis was performed by University of Victoria professor of chemistry Martin B. Hocking. Hocking compared three types of reusable drinking cups (ceramic, glass and reusable plastic) to two types of disposable cups (paper and polystyrene foam). The energy of manufacture of reusable cups is vastly larger than the energy of manufacture of disposable cups (Table 1). In order for a reusable cup to be an improvement over a disposable one on an energy basis, you have to use it multiple times, in order to "cash in" on the energy investment you made in the cup. If a cup lasts only ten uses, then each use gets "charged' for one-tenth of the manufacturing energy. If it lasts for a hundred uses, then each use gets charged for only one-hundredth of the manufacturing energy. But in order to reuse a cup, it has to be washed. The efficiency of the dishwasher, and the efficiency of the energy system that powers it, determine how much energy is required for each wash. Institute for Lifecycle Environmental Assessment, thanks Saul Link.

What is the energy usage of the trucks driving the styrofoam cups to walmart, and then all the consumers driving to walmart to pick up the cups. How about the energy for the packaging of the disposables over the packaging of the more durable cups. I think the bottom line is that waste is waste. As a modern society we will always be increasing our demand for energy to maintain a modern lifestyle. That is why the solution is going to involve cleaner and more renewable forms of energy. for myself I'm glad I don't suffer the irritation of finding a new low energy cup each and everytime I want more coffee

For the individual, the cost-benefit analysis of reusable vs disposable is very complex, as other posters have noted. However as a freelancer I've worked at a couple of very huge corporations with subsidized cafeteria. There I noticed people used disposable cups even when eating in, and in spite of ceramic cups being available. in that situation its hard to see how the disposables could win up against the economies of scale enjoyed by the high capacity and presumably more efficient washers. In a kitchen serving several hundreds, if not thousands of beverages a day, a cup would hit the break-even point in weeks if not days. I think definitely corporate american kitchens could make more of an effort (like a surcharge for disposable service ware).

When using disposable cups the second use does require twice the energy as the first use, the third use requires 3 times the energy as the first use, because you have to use 3 cups. so 3 uses require 3 times the energy to produce.

BACKGROUND AND SUMMARY OF THE INVENTIONThe present invention relates to a detachable cup handle adapted for securing to a disposable cup to make it more convenient for carrying by hand. In hospitals, offices, factories, public facilities, etc., disposable paper or plastic cups are frequently provided for holding drinking water from, for example, a drinking fountain. In order to minimize manufacturing cost, regular disposable cups do not have a handle for carrying. A disposable cup with no handle is not suitable for holding hot water, because heat is directly transmitted through the thin wall of the cup to the user's hand, causing discomfort to the user's hand or even scalding. The present invention has been accomplished in view of the above circumstances. It is the main object of the present invention to provide a detachable cup handle which can be conveniently and detachably fastened to a disposable cup to make the cup more convenient for carrying by hand. It is another object of the present invention to provide a detachable cup handle which permits the user to carry a disposable cup for holding hot water without touching the cup body directly. According to one aspect of the present invention, the detachable cup handle comprises a curved hand grip section for the holding of the hand, a vertical support section extended from a bottom end of the hand grip section and adapted for attaching to the periphery of the disposable cup to support the cup handle, and a retainer section extended from a top end of the hand grip section and defining with a top end of the support section a clamping space for clamping on the rim of the disposable cup. According to another aspect of the present invention, the disposable cup handle is injection molded from plastic so that its manufacturing cost is low. According to still another aspect of the present invention, a stick extends downwardly from the bottom end of the support section, such that the detachable cup handle can be used as a stirrer for stirring, for example, sugar in tea. BRIEF DESCRIPTION OF THE DRAWINGSFIG. 1 is an elevational view of a detachable cup handle according to the present invention. FIG. 2 is a side view of the detachable cup handle shown in FIG. 1.FIG. 3 is an applied view of the present invention, showing the disposable cup handle secured to a detachable cup and held in the user's hand. FIG. 4 is a sectional side view showing the detachable cup handle fastened to a disposable cup according to the present invention.

FIG. 5 is an enlarged view showing the rim of the cup retained between the top edge of the arched clamping wall portion of the support section and the transverse rib of the retainer section. FIG. 6 is an elevational view of a detachable cup handle according to an alternate form of the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTReferring to FIGS. 1 and 2, a detachable cup handle in accordance with the present invention is adapted for securing to a disposable cup to make it convenient for carrying by hand, comprising a hand grip section 1, a support section 2, and a retainer section 3. The detachable handle is preferably injection molded from plastic for the advantage of low manufacturing cost. The hand grip section 1 comprises a front connecting portion 14 at one end connected to one end of the retainer section 3, a rear connecting portion 15 at an opposite end connected to one end of the support section 2, a curved bearing portion 13 connected between the rear connecting portion 15 and the front connecting portion 14 and defining with the support section 2 a space 11, and a thumb rest portion 12 horizontally connected between the front connecting portion 14 and the curved bearing portion 13.The retainer section 3 comprises a U-shaped wall portion with an angle wall portion 32 extended vertically upwardly from the front connecting portion 14 of the hand grip section 1 (defining a first leg of the U-shaped wall), and then turned horizontally forwards (defining a base of the U-shaped wall), a smoothly curved flange 311 (defining a second leg of the U-shaped), a vertical clamping wall portion 31 connected between the angle wall portion 32 and the smoothly curved flange 311, and a transverse rib 321 raised from the angle wall portion 32 at an inner side adjacent to the vertical clamping wall portion 31.The support section 2 is vertically extended from the rear connecting portion 15 of the hand grip section 1, having a top end terminating in substantially arched clamping wall portion 21 and inserted into the space defined between the vertical clamping wall portion 31 and angle wall portion 32 of the retainer section 3. The arched clamping wall portion 21 has a front side 211 spaced from the vertical clamping wall portion 31 of the retainer section 3 by a clamping space 20, and a top edge 212 spaced from the transverse rib 321 of the retainer section 3 by a gap 30.Referring to FIGS. 3, 4 and 5, when in use, the detachable handle is fastened to a disposable cup 4 by forcing the rim 41 of the disposable cup 4 into the clamping space 20 between the arched clamping wall portion 21 of the support section 2 and the vertical clamping wall portion 31 of the retainer section 3, permitting the support section 2 to be closely attached to the periphery of the disposable cup 4. When installed, the top edge 212 of the arched clamping wall portion 21 of the support section 2 abuts the bottom side 411 of the rim 41 of the disposable cup 4, the transverse rib 321 abuts an outer side 412 of the rim 41 of the disposable cup 4, and curved flange 311 of the vertical clamping wall portion 31 of the retainer section 3 is clamped on the inside wall of the disposable cup 4. When holding the disposable cup 4, the thumb 52 is pressed on the thumb rest portion 12 of the hand grip section 1, the forefinger 51 is inserted through the space 11, and the middle finger 53 is stopped at an outer side of the bearing portion 13 of the hand grip section 1. FIG. 6 shows an alternate form of the present invention, in which the bottom end of the support section 2 terminates in a stick 22 for stirring, for example, sugar in tea.* * * * *

This classic life-cycle energy analysis was performed by University of Victoria professor of chemistry Martin B. Hocking. Hocking compared three types of reusable drinking cups (ceramic, glass and reusable plastic) to two types of disposable cups (paper and polystyrene foam). The energy of manufacture of reusable cups is vastly larger than the energy of manufacture of disposable cups (Table 1). In order for a reusable cup to be an improvement over a disposable one on an energy basis, you have to use it multiple times, in order to "cash in" on the energy investment you made in the cup. If a cup lasts only ten uses, then each use gets "charged' for one-tenth of the manufacturing energy. If it lasts for a hundred uses, then each use gets charged for only one-hundredth of the manufacturing energy. But in order to reuse a cup, it has to be washed. The efficiency of the dishwasher, and the efficiency of the energy system that powers it, determine how much energy is required for each wash.

The total amount of energy per use is this wash energy plus the appropriate fraction of manufacturing energy, depending on the cup's lifetime. Figure 1 shows how the energies per use of the three reusable cups decline, the more you use them. The lifetime needed for the energy per use of a reusable cup to become less than for a disposable cup, is called the 'break-even point." In Table 2, the break-even matrix shows how many uses are required for each reusable cup to do better than either disposable cup. The results are extremely sensitive to the amount of energy the dishwasher requires for cleaning each cup. Hocking's choice for the dishwasher, requiring 0.18 MJ/cup-wash, is barely less than the manufacturing energy of the foam cup, 0.19 MJ/cup. If Hocking had chosen even a slightly less energy-efficient dishwasher as his standard, then the reusable cups would never have broken even with the foam cup. The lesson of this life-cycle energy analysis is that the choice between reusable and disposable cups doesn't matter much in its overall environmental impact. One should use one's best judgement. Indeed, in situations where cups are likely to be lost or broken and thus have a short average lifetime, disposable cups are the preferred option.

Figure 1 - The energy per use of each reusable cup (black lines) declines as it is used more times. The energy per use of each disposable cup (green lines) is a constant equal to the manufacturing energy, since it is used only once and is never washed. The numbers in the labels are the manufacturing energies for the different cups.

Table 2 - Break-even matrix. Each number shows the uses necessary before the reusable cup listed on the left, becomes equally energy efficient to the disposable cup listed on the top.

Source. Hocking, Martin B. "Reusable and Disposable Cups. An Energy-Based Evaluation." Environmental Management 18(6) pp. us.

A paper cup is a disposable cup made out of paper and often lined with plastic or wax to prevent liquid from leaking out or soaking through the paper.

Based on these concerns, and as paper goods (especially after the 1908 invention of the Dixie Cup) became cheaply and cleanly available, local bans were passed on the shared-use cup. One of the first railway companies to use disposable paper cups was the Lackawanna, which began using them in 1909. By 1917, the public glass had disappeared from railway carriages, replaced by paper cups even in jurisdictions where public glasses had yet to be banned.

Dixie Cup is the brand name for a line of disposable paper cups that were first developed in the United States in the early 20th century. While they were undoubtedly novel and profitable, they were also seen as a way to improve public hygiene. They were introduced in 1907 by Lawrence Luellen, a lawyer in Boston, Massachusetts, who was concerned about germs being spread by people sharing glasses or dippers at public supplies of drinking water. Luellen developed an ice-cooled water-vending machine with disposable cups,

At the New Talents 2008 Biennale in Cologne from 16-24 August 2008, Roger Design Magazine presented an exhibit of 100 Cups, drawing attention to the variety of disposable cups in use and their role as fashion accessories.

Martin B. Hocking (November 1994). "Reusable and disposable cups. An energy-based evaluation". Environmental Management (Springer New York) 18 (6). 889–899. doi.

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