Biodegradable Non-Woven Fabric Material

Why choose our biodegradable non-woven fabric material?

We understand that procurement decisions are based on a comprehensive consideration of performance, compliance, and cost. The unique advantages of GP® biodegradable non-woven fabric material directly address these core concerns:

Definite terminal degradability:

In anaerobic environments of landfills, our material can be decomposed by microorganisms within 2–3 years, effectively reducing white pollution, unlike materials that only degrade under industrial composting conditions.

Excellent processing adaptability:

This biodegradable non-woven fabric material is perfectly suitable for various processes such as injection molding, vacuum forming, casting, and spinning. You can seamlessly switch to this environmentally friendly material without changing your existing production line, reducing conversion costs.

Trustworthy quality and supply guarantee:

Our material meets relevant certification standards and originates from a modern production base in Jiangsu, China, ensuring large-scale and stable supply to support your long-term production plan.

Product Parameter (Specification)

Product Feature And Application

Our material achieves complete degradation of plastic molecules through specialized techniques. Its core feature is programmed biodegradation within 2–3 years under anaerobic landfill conditions, providing a crucial solution for the disposal of plastic waste products.

By incorporating this biodegradable non-woven fabric material, your products will deliver tangible environmental benefits, fulfilling regulatory requirements and consumer expectations for sustainable materials—without compromising processing performance or supply chain reliability.

Welcome to our Anaerobic Biodegradable PP Particles. The core of our manufacturing process lies in the precise ratio of high-quality polypropylene to proprietary biodegradable additives. This formulation undergoes rigorous testing to ensure it achieves the specified degradation performance under various conditions, making it the ideal choice for your sourcing needs.

Controlled Degradation Across Key Environments:

Our particles are scientifically validated to biodegrade under specific natural and engineered conditions, providing a responsible solution for products that may end up in various waste streams. The material is designed to degrade in:

Soil

Marine environments

Freshwater systems

Sludge anaerobic digestion

High solid anaerobic digestion

Compostable facilities

Degradation conditions: anaerobic environment, less oxygen environment; a certain degree of humidity;

Ideal degradation environment: municipal landfill;