Compostable Injection Molding Material
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Compostable Injection Molding Material

Compostable Injection Molding Material

PLA is derived from renewable resources (plants) rather than finite petroleum. This gives PLA an advantage in terms of sustainability

Product Details

Compostable Injection Molding Material

Product Introduction

Compostable injection molding material is a polymer composed of bio-based polymers such as PLA, PBS, and TPS. It can fully biodegrade under specific conditions, transforming into organic fertilizer, thus reducing environmental pollution and promoting resource recycling. The material exhibits excellent physical properties, including high strength, toughness, and heat resistance, meeting the needs of various injection-molded products like food packaging containers and disposable tableware.

 

Product Advantages

Tough and Reliable

Thanks to its unique molecular structure design, the material demonstrates exceptional durability. By incorporating specific reinforcing agents and modifiers, it achieves a tensile strength of over 40MPa and a bending strength exceeding 60MPa, ensuring stability under high-load conditions. Furthermore, the optimized processing enhances the material's internal structure, making it more compact and thus improving overall abrasion resistance and impact resistance, thereby extending product lifespan. Compared to conventional plastics, products made from this material can offer a lifespan increase of more than 20% under the same conditions.

 

Waterproof and Moisture-Resistant Properties

Adopting advanced waterproof treatment technology, Compostable Injection Molding Material possesses outstanding waterproof and moisture-resistant properties. Its surface undergoes special treatment, forming a fine waterproof layer that effectively blocks water penetration, keeping the interior dry. This characteristic is particularly crucial in fields such as food packaging and outdoor equipment, ensuring that products remain unaffected by damp conditions and maintain their original quality and functionality.

 

High-Temperature Resistance

Addressing the needs for applications in high-temperature environments, the material has been specially formulated to enhance its thermal stability. It maintains structural integrity, without deformation or softening, even in continuous working environments up to 70°C. This characteristic makes it an ideal choice for manufacturing products like high-temperature steam-cooked food packaging and medical devices.

 

Product Parameters

Product Name

Compostable Injection Molding Material

Material

PLA

Color

White

Packaging

25kgs/bag

Certificates

ASTM D6400, BPI

 

product-750-500

 

Description

ECO 201-I01

Extrusion Temperature

190-210℃

Mould Head Temperature

190-210℃

Features

Matte surface of product, shorter moulding cycle, lower requirement for the mould.

Applications

Production of PLA cutlery, disposable toothbrush.

Processing Instruction

Suitable for PP, PS injection moulding machine

ECO 201-I02

Extrusion Temperature

190-210℃

Mould Head Temperature

190-210℃

Features

High-glassy surface, longer moulding cycle.

Applications

Aviation tableware, PLA try, cups eyc.

Processing Instruction

Suitable for PP, PS injection moulding machine

 

product-692-461

Our Factory Environment And Certificates

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