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Our environment is facing great challenges, which we must face and solve together, Our expectation for the future is that plastic waste should degrade rapidly under certain conditions or be easy to decompose under natural conditions. Minimize or eliminate the impact on the environment.

What is the performance of excellent new materials?

Strength, toughness and ductility, miscibility, recyclability, good degradability, etc. These are the inevitable requirements of today's or future packaging applications. Have you ever thought that one material can do it? What if you could implement precise features for each application? After years of research and development, our researchers have found the answer.

We have innovated in core technologies such as raw material formulation, structural design, and stretching process, breaking through the limitations of traditional materials and providing more possibilities for degradable and recyclable designs in high-performance film applications. This product has high transparency, low haze, good surface glossiness, excellent printing performance, and degradability. It quickly degrades into carbon dioxide and water at temperatures above 55 ℃ or under the action of oxygen and microorganisms, without affecting the environment. Therefore, it is an ideal green high molecular material, and many environmental advantages make it an excellent choice to promote green development.

That's why BiONLY ® call it the future degradable film.

生物基

低碳排

可降解

高性能

We have launched a new high-speed spinning grade polyamide resin that is suitable for multiple industry sectors

Suitable for the spinning industry

It has advantages such as high fluidity, high dyeing ability, and stable batch production, meeting the needs of ultrafine fibers, FDY, HOY, and other fields in the spinning industry
Suitable for the engineering plastic industry

It has high fluidity, strong impact resistance, and good wear resistance, and has good market performance in the fields of engineering plastic modification and direct injection molding.