Aviation self-adhesive bag

Aviation self-adhesive bag

Compostable
Product Material:PBAT and PLA
Implementation Standard:GB/T20197、EN13432、ASTM、D6400
Degradation Cycle:
Applicable Scenarios:Airline Blanket Packaging:​ Individually sealed for hygiene and easy distribution by cabin crew. Cabin Textiles:​ Packaging for pillows, cushions, and bedding to maintain cleanliness. Galley Storage:​ Dust-proof and anti-fouling storage for blankets and textiles in catering centers. Crew Uniforms:​ Protective packaging for crew uniforms, aprons, and cotton textiles during turnover. Hotel Linen:​ Individual packaging for bath towels, bed sheets, and pillowcases in hotels. Retail Apparel:​ Eco-friendly packaging solution for home textiles and high-end clothing.
Product Features:Optimized PLA+PBAT Formula:​ Combines plant-based PLA for stiffness and transparency with PBAT for flexibility. Delivers a crisp appearance and high tensile strength, resisting tears during packaging and transport. Heavy-Duty Load Capacity:​ Ranging from 30–80 microns in thickness, the bags support 10kg+​ loads. Scientifically reinforced sealing ensures the bag won't burst or split, even with multiple blankets. Secure Heat Sealing:​ High-strength heat-sealed bottoms provide a flat, tight closure. Optional tamper-evident adhesive strips can be added for strict quality control in catering and cabin services. Zero Microplastics:​ Made from fully biodegradable resins that decompose into CO₂ and water under industrial composting. Meets advanced aviation standards for plastic reduction, leaving no residual pollution.
Product Introduction
Product Parameters

The Biodegradable Aircraft Blanket Bag (also known as a blanket polybag) is a sustainable packaging solution developed by Zaozhuang Tianyao Starch Technology Co., Ltd. Specifically designed for aviation services, it is made from PLA, PBAT, and corn starch.Used for individually packaging blankets, pillows, and bedding, this bag provides a hygienic solution for cabin textiles. It fully decomposes into CO₂ and water under industrial composting conditions, leaving zero microplastics. It serves as the ideal eco-friendly replacement for traditional PE plastic blanket bags.


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