DegradablePlasticBag.Net

J-Trend Systems Co., Ltd. we are proudly being as a member of Biodegradable Plastics Association and supply degradable plastics in Asia (Taiwan, China, Vietnam)

Click here to check the entire document our d2w Brochure (EN)

THE d2w BRAND  THE BRAND THAT YOU CAN TRUST!

Look for the d2w brand. It represents several million pounds of investment, and years of careful research by some of the world’s best scientists and technicians, together with firstclass quality-control and after-sales service. The d2w brand can be found on many different products and householdname goods throughout the world.

Plastic is a fundamental part of our busy lives. Not many people know that plastic is made from a by-product of oil which used to be wasted and that it makes good environmental sense to use it. Ordinary plastics can be re-used and recycled – however if they get into the environment they can last for many decades. The solution is to add d2w® additive when the plastic product is being manufactured – making it “oxo-biodegradable” or “oxo-bio” for short.

Oxo-bio plastic will degrade, then biodegrade, to water, CO2, biomass and traceelements, on land or sea, in the light or dark, in heat or cold, in whatever timescale is required. It leaves NO fragments NO methane and NO harmful residues. There is little or no extra cost and during its service-life strength and other qualities are the
same as ordinary plastic.

d2w® is a low-cost insurance against the accumulation of plastic waste in the environment.

How does it work?

The additive lowers the molecular weight, causing the plastic to degrade, then biodegrade. Stabilisers control the service life. For example, a refuse sack might need an 18-month life before beginning to lose its strength but a bread-bag might only require a few months. Significantly, d2w® oxo-biodegradable plastics do not need a highly-microbial environment to degrade – this will happen even if the plastic is left in the open air or in the sea! For this reason in particular, ‘oxo-bio’ plastic is preferable to ‘hydro-degradable’ e.g. starch-based plastic, which requires an active bio-environment before degradation will work.