PRODUCTS
Bio Plastic
Wheat straw pellets, derived from renewable agricultural residues, serve as eco-friendly carriers for biopolymers (e.g., PLA) and petroleum-based polymers (e.g., PP, PE, ABS, TPU).
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Bamboo Fiber Plastic Pellets
Engineered composite pellets integrating 40-65% bamboo fibers with polymers (PP, PE, PLA), designed for eco-friendly wood-plastic composites (WPC). Bamboo’s rapid renewability (24/hr growth cycle) and high tensile strength enhance sustainability13.
Key Advantages
Eco-Impact: 30-50% plastic reduction vs. virgin polymers; carbon-negative profile.
Superior Mechanics: 20% higher flexural strength than wood-fiber composites (35-55 MPa).
Natural Durability: Inherent resistance to moisture, fungi, and UV degradation.
Technical Specifications
Density: 1.15-1.35 g/cm³ (fiber-dependent).
Processing: Max. temp. 195°C (prevents fiber scorching).
Moisture Absorption: <1.8% (silica-rich fiber structure).
Primary Applications
Automotive interior trims & dashboards
Outdoor decking, cladding, and furniture
Biodegradable packaging and consumer goods
Transforms fast-renewing bamboo into high-performance, visually textured materials while reducing plastic waste.
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Coffee husk pellets are biofuel granules produced from coffee processing waste, primarily coffee husks, which are generated in equal weight to coffee beans during production.
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Wood Fiber Plastic Pellets (WPC Pellets)
Composite pellets combining 40-70% wood fibers (sawdust, bamboo, rice husk) with polymers like PE, PP, or PVC, engineered for sustainable manufacturing of wood-plastic composites (WPC).
Core Advantages
Eco-Profile: Reduces plastic usage by 30-50% vs. virgin polymers; biodegradable options available.
Natural Aesthetics: Mimics wood grain/texture while resisting rot, insects, and moisture absorption.
Processing Efficiency: Pre-dried pellets (≤1% moisture) enable smooth extrusion/injection molding.
Technical Performance
Density: 1.1-1.4 g/cm³ (adjustable via fiber ratio).
Flexural Strength: 25-45 MPa for structural applications.
Thermal Stability: Compatible with processing temps ≤190°C without fiber degradation.
Applications
Decking, fencing, and outdoor furniture
Automotive interiors & architectural profiles
Packaging pallets and consumer products
Bridges sustainability with functionality, transforming waste biomass into high-value, durable materials.
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PLA Bamboo Fiber Modified Materials for 3D Print Furniture
PLA bamboo fiber modified materials represent an eco-friendly innovation for 3D-printed furniture. By blending biodegradable polylactic acid (PLA) with natural bamboo fibers, this composite enhances mechanical strength, thermal stability, and texture while maintaining sustainability. The bamboo fibers act as a renewable reinforcement, reducing PLA’s brittleness and improving load-bearing capacity—ideal for furniture applications. 3D printing allows intricate, customizable designs with minimal waste. This material combination also offers a wood-like aesthetic, appealing to eco-conscious consumers. Research shows optimal fiber ratios (10–30%) balance durability and printability. As a low-carbon alternative to traditional plastics, PLA-bamboo composites align with circular economy goals, making them promising for future sustainable furniture production.
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PLA Wood Fiber Modified Materials for 3D Print Furniture
PLA wood fiber modified materials offer a sustainable solution for 3D-printed furniture by combining biodegradable polylactic acid (PLA) with wood fibers. This hybrid material enhances mechanical properties, such as tensile strength and impact resistance, while retaining eco-friendly attributes. Wood fibers improve PLA’s thermal stability and reduce shrinkage during printing, ensuring dimensional accuracy for furniture components. The natural wood-like texture and appearance appeal to design-focused applications. Optimal fiber content (15–25%) balances printability and structural performance. Compared to conventional plastics, PLA-wood composites reduce carbon footprint and enable waste-free customization via additive manufacturing. This innovation aligns with circular economy principles, making it ideal for eco-conscious furniture production.
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Hemp Fiber Reinforced Plastic (HFRP) is a composite material combining natural hemp fibers with a polymer matrix (often bioplastics like PLA or traditional plastics). The strong, lightweight hemp fibers act as reinforcement, significantly improving the composite's mechanical properties – like tensile strength, stiffness, and impact resistance – compared to the base plastic alone. Key advantages include sustainability: hemp grows rapidly, absorbs CO2, requires minimal pesticides/water, and reduces reliance on petroleum-based plastics. While not always fully biodegradable, especially with synthetic matrices, HFRP offers a "greener" alternative with a lower carbon footprint. It's increasingly used in automotive parts, packaging, consumer goods, and building materials where strength and eco-credentials are valued.
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