Agricultural plastic film

Agricultural plastic film

Product Material:PBAT and PLA are the main base materials, supplemented with biomass raw materials such as starch and lignin.
Implementation Standard:GB/T 35795-2017
Degradation Cycle:
Applicable Scenarios:Agricultural land
Product Features:Fully Biodegradable & Residue-Free Based on PBAT & PLA with starch/lignin. Fully breaks down into CO₂ & water via microbes—zero white pollution, no recycling needed. Heat & Moisture Retention = Higher Yields Boosts soil temperature, locks in moisture, suppresses weeds, creating optimal growth conditions for better harvests. Adjustable Degradation Cycles Developed with Wuhan Textile University. Custom cycles available: 60, 90, or 120 days to match crops, regions, and climates. Soil-Safe & Eco-Friendly Decomposes into CO₂, water & organic matter. No microplastics, no soil damage. Improves farmland ecology long-term. Wide Crop Compatibility Ideal for corn, potatoes, peanuts, cotton, tomatoes, peppers, garlic, tobacco, sugar beets & more.
Product Introduction
Product Parameters

Fully Biodegradable & Residue-Free

Based on PBAT & PLA with starch/lignin. Fully breaks down into CO₂ & water via microbes—zero white pollution, no recycling needed.

Heat & Moisture Retention = Higher Yields

Boosts soil temperature, locks in moisture, suppresses weeds, creating optimal growth conditions for better harvests.

Adjustable Degradation Cycles

Developed with Wuhan Textile University. Custom cycles available: 60, 90, or 120 days to match crops, regions, and climates.

Soil-Safe & Eco-Friendly

Decomposes into CO₂, water & organic matter. No microplastics, no soil damage. Improves farmland ecology long-term.

Wide Crop Compatibility

Ideal for corn, potatoes, peanuts, cotton, tomatoes, peppers, garlic, tobacco, sugar beets & more.


Physical Properties: Thickness is 0.010 mm (within spec). Water vapor transmission rate is 250 g/(m²·24h) (Standard: <800), ensuring good breathability. Organic content is 95.2% (Standard: ≥51%), indicating excellent biodegradability.
Mechanical Properties: Tensile load is 2.45 N (MD) / 2.14 N (TD). Elongation at break is exceptionally high at 629% (MD) / 846% (TD), far exceeding standards for superior toughness and crack resistance.
Weathering Resistance: After 100 hours of artificial aging, elongation retention rates are 315% (MD) / 368% (TD), demonstrating strong durability against environmental exposure.

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