Product Overview
Industrial-scale manufacturing of 100% bio-based Polylactic Acid (PLA) straws. Synthesized from renewable plant starches, these straws provide the exact user experience of traditional plastic while offering a fully certified, environmentally compliant disposal pathway for global food chains and retail importers.





Material Modification & Film-Piercing Physics
PBAT/PBS Toughness Blending: We incorporate 3% to 5% certified biodegradable impact modifiers (PBAT/PBS) into pure PLA resin. This increases the material's elongation at break by up to 150% compared to brittle, unmodified PLA, preventing micro-cracking and splitting during high-speed commercial handling.
Film-Piercing Beveled Tip Geometry: The piercing tip is cut at a precise 45-degree angle (tolerance within 2 degrees) with a calibrated wall thickness of 0.50mm (tolerance within 0.02mm). This configuration concentrates the downward force to easily puncture up to 80-micron thick PET/aluminum cup-sealing films without buckling or bending.
Precision Extrusion Temperature Profiling: To eliminate internal thermal stress that causes brittleness, our automated extrusion lines run a tight 175 to 195 Degrees Celsius multi-zone temperature profile, followed by immediate, controlled water bath tempering at 25 Degrees Celsius (tolerance within 2 degrees) to freeze the polymer matrix.
Certified 180-Day Industrial Composting
Our PLA straws are guaranteed to disintegrate by 90% within 180 days in a commercial composting facility, converting entirely into CO2, water, and nutrient-rich biomass with zero eco-toxicity or microplastic residue.
Advanced Extrusion Precision & Shelf-Life Control
Anti-Brittleness Formula: Upgraded molecular chain stabilization ensures a guaranteed shelf life of 12 to 18 months under controlled warehouse storage (below 40 Degrees Celsius, dry conditions), preventing premature degradation during storage.
High-Speed Custom Printing: Supports multi-color food-grade soy ink printing for both individual wrappers and outer cartons.
Factory Experience & Supply Capability
30+ Years Heritage: Founded in 1994, a core subsidiary of ETON-SOTON Group.
Standard Setter: Official drafting and compilation unit for ISO international packaging standards.
80,000 m² Plant: Modernized manufacturing facility built to strict GMP hygiene standards.
200+ Production Lines: Advanced automated lines with over 12,000 tons annual capacity.
Global Footprint: Exported to 40+ countries across North America, the EU, Australia, and the Middle East.
Enterprise Logistics & Eco-Tariff Optimization
Accurate HS Code 3917.32 documentation is provided to streamline customs clearance and assist buyers in qualifying for plastic-ban exemptions or green packaging tax incentives.
Comprehensive logistics coordination supporting FOB, CIF, and DDP (including Amazon FBA / Commercial Warehouses).

| PRODUCT NAME | Polylactic Acid(PLA)Biodegradable Straw |
| RAW MATERIAL | Polylactic Acid(Extracted from Natural Crops) |
| Custom Size | Height 185-230mm, Diameter 6mm |
| COLOR | The original color is translucent or light white,can be specialized into various colors according to the demand |
| SHELF-LIFE | 12 Months |
| TRANSPORTATION | Cannot be exposed to the sunlight or rain; Cannot be mixed with harmful and corrosive materials; He temperature of the environment during transportation should not exceed 40 degrees. |
| STORAGE | Stored in a ventilated and dry warehouse away from the ground and fire source; Avoid direct sunlight and not to be stacked in the open air; The tem- perature of the environment should not exceed 40 degrees; The suggestion of best storage conditions are under 75%humidity and temperature between 18C to 30℃. |
| THE PRINCIPLE OF PRODUCTS DEGRADATION |
The pathways of product degradation: Simple Hydrolytic Degradation:Polylactic Acid molecular chains containester bonds,which can be easily broken into carboxylic acids and alcohols under the action of hydrogen ions. The acid produced in degradation may act as a catalyst in the degradation and lead to an autocatalytic effect. ● Composting Degradation:The decomposition rate is faster under high tem- perature and high humidity(50-55 degrees,humidity is higher than 80-90%) ● Degradation in Nature:Various microorganisms and enzymes can degrade Polylactic Acid in nature. |
Honor And Qualification





Packaging And Delivery




FAQ
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