J-Trend Systems Co., Ltd.

J-Trend Systems Co., Ltd. represents d2w oxo-biodegradable plastic technology in Asia (China, Taiwan, Vietnam, Japan, Korea) and is the only company supplying oxo-biodegradable plastics finished product and semi-finished product in this huge and emerging market; integrating the total green supply chain with product quality and cost competitiveness.

J-Trend Systems / d2w-Inside-Program supply a wide range of oxo-biodegradable (controlled-life) plastic products that is based on the most cost-competitive technology to convert ordinary plastics to biodegradable plastics. The product range covers from rigid packaging to most of the flexible single packaging available in the market and our company is based in Taoyuan county, Taiwan with factories and in China, and other regions.

d2w is an additives that are being added to the plastics at their extrusion stage and this d2w additive is developed by the Symphony Environmental based in the UK. And we are the only authorized distributor in Asia for the d2w technology for plastic products. Without doubt we are able to provide the all ranges of oxi-bio packaging products.

Our E-Commerce website (d2w-Inside Program): www.d2w.biz

Eco-Compatible Plastic Solution Provider Taiwan. China. Vietnam. Japan. Korea
Oxo-Biodegradable Plastic Bags / Film
Technology & D2W Additive: United Kindom
D2W Authorized Distributor: J-Trend Systems Co., Ltd / D2W Representative
Product Origin: Vietnam (there is no anti-dump issue to import this product from China, because it is from Vietnam, not China)
Product Specification:
*Standard Specification Products
* Tailor to Customer's Specification (Customization)
* HDPE / LDPE / PP
* Print Colour Up to 12
* Two-Side Or One-Side Printing
* 1% D2W
* Including D2W Testing Report with Shipment
* Price: Please provide us your specification for quoting.
( price is very competitve and with good quality and service)
D2W Oxo-biodegradable plastic passes the tests prescribed by
"American Standard for Plastic that Degrade in the Environment by a Combination of Oxidation and Biodegradation"