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XLPE for Wires and Cables


XLPE for Wires and Cables ‌Crosslinked polyethylene‌ (XLPE) is a thermoset polymer engineered via chemical/peroxide or radiation crosslinking, enhancing thermal/mechanical properties over standard PE. ‌Critical Advantages‌ ‌Thermal Stability‌: Continuous operation up to ‌180°C‌ (vs. PE’s 75°C), resistant to thermal deformation. ‌Electrical Performance‌: Ultra-low dielectric loss, high insulation resistance (IEEE 48 standards). ‌Durability‌: Superior tensile strength, abrasion/chemical resistance, and reduced water treeing. ‌Key Applications‌ ‌Energy Infrastructure‌: HV power cables (>500 kV), solar/wind farm wiring. ‌Industrial Systems‌: Fire-resistant building wires, submarine cables, and automotive harnesses. ‌Processing‌: Cured at 160–200°C; recyclable via thermoplastic conversion tech.
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XLPO for Wires and Cables


Fast extrusion spee, low costs;Long term use, high temperature resistance up to 150 ℃.
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PUR for Drag Chain Cables


PUR high elasticity, wear-resistant, cold resistant drag chain Cables
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TPE TPU for EV Charging Cables


TPU for EV Charging HV Cables ‌Thermoplastic polyurethane (TPU)‌ elastomers enable flexible, high-reliability insulation/sheathing for DC fast-charging cables (>500V), meeting IEC 62893 standards. ‌Critical Performance‌ ‌Electrical Safety‌: Halogen-free formulations achieve ‌≥30 kV/mm‌ dielectric strength and V-0 flame rating (UL 94). ‌Extreme Environment‌: Retains flexibility (-40°C to 125°C), resists oils, UV, and hydrolysis. ‌Durability‌: Withstands >10,000 bend cycles and mechanical abrasion. ‌Material Advantages‌ ‌Processing‌: Extrusion at 195–220°C; recyclable vs. thermoset alternatives. ‌Sustainability‌: Bio-based TPU options (e.g., BASF Elastollan®, Arkema EcoPaXX®) reduce carbon footprint. ‌Applications‌ Insulation layers for 150–1000V DC cables Protective outer jackets in CCS2/CHAdeMO connectors
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PVC For Phonorecord


PVC material replaces PS for records, resulting in pure sound quality
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PVC For Wires And Cables


The temperature resistance: 60℃, 70 ℃, 80 d℃, 90℃, 105℃, and 125℃; Excellent cold resistance and flame retardancy;
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Wheat Straw Rice Husk Pellets


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 Pellets


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 Shred Pellets


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


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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Color Masterbatch For XLPE XLPO Materials


Color Masterbatch for XLPE/XLPO Materials Specialized pigment concentrates engineered for cross-linked polyethylene (XLPE) and cross-linked polyolefin (XLPO) cables/wires, ensuring vibrant coloration and critical performance enhancements. ‌Key Features‌ ‌UV/Weather Resistance‌: Protects against environmental degradation for extended cable lifespan. ‌Thermal Stability‌: Compatible with high-temperature processing during cross-linking. ‌Flame Retardancy‌: Optional additives meet fire-safety standards for industrial applications. ‌Functional Advantages‌ Enables instant visual identification of cable specifications. Maintains electrical insulation integrity post-coloring. Enhances durability in harsh installations (e.g., underground/outdoor). ‌Processing & Applications‌ ‌Dosage‌: 2–6% by weight for uniform dispersion. ‌Applications‌: Power transmission cables, automotive wiring, industrial harnesses. Optimizes safety and aesthetics in XLPE/XLPO systems while supporting efficient extrusion processes.
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