Teijin Frontier launches faster biodegradation for plastics

Teijin Frontier Co., Ltd. has globally launched BIOFRONT, an innovative polylactic acid (PLA) resin that biodegrades faster in oceans, rivers, and soil than conventional PLA products. Enhanced with a unique biodegradation accelerator, BIOFRONT maintains its strength, crystallinity, and moldability while significantly increasing its decomposition rate.

BIOFRONT PLA resin stands out for its accelerated breakdown in natural environments, including marine, riverine, and soil conditions, where fewer bacteria and fungi are present compared to composting systems. The resin’s decomposition rate can be adjusted to match desired product lifespans, as the loading parameters of the accelerator can be finely tuned. This advancement makes BIOFRONT suitable for applications that typically rely on conventional PLA, including films, injection-molded, extruded products, and textile fibers, without compromising quality.

From a sustainability perspective, BIOFRONT contributes to reducing microplastic pollution due to its faster biodegradation and lowers CO2 emissions since it is derived from plant-based materials. As Teijin Frontier continues to expand its eco-friendly offerings, BIOFRONT PLA resin represents a key step in minimizing plastic’s environmental footprint, supporting a transition to more biodegradable materials in various industries.

Recent Posts

AbTF expands sustainable fiber programs

AbTF strengthened its work on sustainably verified natural fibers in 2025, continuing to expand its programs despite challenges across global…

3 days ago

UK-funded project to turn cotton waste into bio-coal

A new UK-funded clean energy project is set to begin in Pakistan, with the aim of converting cotton and other…

3 days ago

Researchers to make sandy soil more fertile using biopolymers

Researchers are investigating whether microorganisms can help improve desert sand conditions and make them more suitable for agriculture while using…

4 days ago

Woolchemy, Lenzing create wool-based layer for hygiene products

Woolchemy and Lenzing are collaborating on a new ADL for hygiene products that combines New Zealand wool with wood-based VEOCEL…

4 days ago

Researchers develop leather alternative from mycelium

Researchers in Finland have developed a leather-like material made from mushroom mycelium, the network of fine fibres that grows beneath…

4 days ago

UAE, Ellen MacArthur Foundation to promote textile circularity

The UAE has partnered with the Ellen MacArthur Foundation to support the development of policies aimed at making the country’s…

5 days ago