Order biodegradable PP nonwoven additive from GP Materials, a National High-Tech ABT plastics manufacturer supplying 30+ Fortune 500 clients. GPS080T lets you produce breathable, soft anaerobic biodegradable nonwovens for baby care,feminine hygiene and medical lines, certified to ASTM D5511, ISO 15985 and GB/T33797-2017. Buy now for dependable volume and 3-year stability.
GPS080T as a non-woven grade is a high-concentration ABT additive
engineered for spunbond and meltblown PP nonwoven production. It preserves fibre formation, softness and breathability while making the web fully biodegradable in anaerobic environments such as landfill and digesters.
Product Parameters
Parameter
Specification
Model
GPS080T (Non-woven)
Appearance
White granules
Density
0.91–1.16 g/cm³
Melt Flow Rate
57–67 g/10min (230°C, 2.16 kg)
Black Speck Granules
40–74 pcs/kg
Degradation Standards
ASTM D5511 / ISO 15985:2014 / GB/T33797-2017
Key Advantages for Converters
● Full anaerobic biodegradability with no microplastics released.
● Soft touch and good hand-feel preserved for hygiene applications.
● Processes on existing nonwoven lines — no capital investment.
● Over 50% cost saving versus PLA/PBAT/PHA-based nonwovens.
● Long storage stability (≥3 years) for inventory flexibility.
Applications
Ideal for nonwoven products across baby hygiene, adult incontinence, feminine care, medical hygiene supplies, disposable bedding, filtration media and industrial raw materials. We adjust dosing to your fabric weight and softness target.
Quality & Supply
Verified under ASTM D5511, ISO 15985:2014 and GB/T 33797-2017. Every lot
ships with COA, MSDS and traceability from our Changzhou, Maoming or Rizhao base. Request a sample or a volume quotation and our engineers will help you run the first trial.
Contact our team for quotes, samples, or custom solutions for Biodegradable Polymer Particles, Biodegradable Packaging Materials, and Biodegradable Tableware Materials.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy