Manufacturer for Biodegradable cornstarch based disposable 5 inch spoon for Suriname Factories
Manufacturer for Biodegradable cornstarch based disposable 5 inch spoon for Suriname Factories Detail:
The main raw material ingredient extracted from oil and oil resources have been increasingly scarce, all materials are extracted from the oil burning of non-biodegradable will pollute the environment.
The main using starch as raw materials, starch extracted from plants, belonging to the renewable resources is a return to natural environmental degradation products.
Our Biobased cultery:
Our biobased cutlery,”plant-starch” cultery is excellent for hot foods with a heat tolerance up to 110 centigrade.
Compared traditional cutlery made from 100% virgin plastics, this cutlery is made with 70% renewable material,which is a alternative choice.
Our biobased cutlery made from 70% renewable resources, although it is not compostable,but biobased and biodegradable.
The temperature tolerance between -10 to 110 centigrade. Microwave, fridge, freezer and oven friendly.
It is healthy, hygienic, nontoxic, harmless and safty.
Ecogreen has strong research capability and can deal with a bulk quantity purchase order and customized products.
Welcome to contact with us for more details.
Product detail pictures:
With this motto in mind, we have turn out to be amongst probably the most technologically innovative, cost-efficient, and price-competitive manufacturers for Manufacturer for Biodegradable cornstarch based disposable 5 inch spoon for Suriname Factories, The product will supply to all over the world, such as: St. Petersburg , Provence , Swaziland , During in 11 years, Now we have participated in more than 20 exhibitions, obtains the highest praise from each customer. Our company has been devoting that "customer first" and committed to helping customers expand their business, so that they become the Big Boss !
This is a RepRap MendelMax printer built by UBC Rapid, a University of British Columbia student engineering team. For more information on UBC Rapid, see this link http://www.ubc-rapid.com/blog/
This video demonstrates how 3D printers can bridge gaps to create 3D objects without support materials. Shorter gaps can be bridged more quickly and more accurately than longer gaps. Shown here is an extreme example of bridging which demonstrates the versatility of open source RepRap 3D printers.
Here is the final product http://i.imgur.com/XgKcXjg.jpg . The bridge span is 75mm (~3in) and I’ve included a 3D printed Lego compatible block for size reference. Here’s a closer image of the top of the bridge http://i.imgur.com/XQk7EXX.jpg . Keep in mind that this is a torture test designed for the sole purpose of pushing the limits of our printer’s bridging capability. It’s not meant to be a practical piece, but it demonstrates the potential for long distance bridging.
If anyone is interested, here’s a random selection of printed items http://i.imgur.com/VCmdNgg.jpg that I could find lying around the lab. Our team has printed these over the last couple of months. There are several practical pieces such as the turbine, gears, mecanum wheel, cable chain and extruder carriage.
The material being extruded is a thermoplastic called PLA, which is biodegradable and inexpensive.
Credit goes to triffid_hunter for designing the bridging 3D model which can be found here http://www.thingiverse.com/thing:12925 . The model shown in this video is scaled to 150% normal size.
Printing speed was slowed to 5mm/s for the purpose of the demonstration. With sufficient cooling, bridging speed can be safely increased by an order of magnitude.
NRA Show 2010 — RunningRestaurants.com with Buzz from Asean / Stalk Market – makers of a green line of compostable products.
By Stephen 2016-7-12 13:33
Reasonable price, good attitude of consultation, finally we achieve a win-win situation,a happy cooperation!
By King 2015-11-06 10:12