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3026 Phenolic Resin Series

Product Forms and Customization 3026 Phenolic Resin Board Thickness range: 0.5mm-50mm Standard size: 1020×1220mm, customizable width, length, and thickness Secondary processing: Cutting, slotting, drilling Applications: Electrical insulation components, mechanical structural parts, mold bases 3026 Phenolic Resin Rod Standard diameters: 6mm-150mm Custom lengths and precision diameters available Applications: Insulation shafts, support components, fasteners 3026 Phenolic Resin Tube Customizable inner/outer diameters and lengths Manufactured via winding or molding processes Applications: Insulation sleeves, mechanical structural parts, electrical equipment housings Product Advantages High Heat Resistance: Continuous working temperature up to 160℃ Flame Retardant: Self-extinguishing, compliant with IEC/UL standards High Mechanical Strength: Excellent tensile, compressive, and bending resistance Chemical Resistance: Suitable for humid, mildly acidic, and alkaline environments Flexible Customization: Supports extended, widened, or thickened dimensions and various secondary machining processes Applications Electrical Insulation: Motors, transformers, switchgear, relays Mechanical Structure: Support components, mold bases, fasteners Industrial Equipment: Instruments, electrical control cabinets, heat-resistant panels Transportation & Energy: Rail transit, power equipment, wind power applications

Other Epoxy Fiberglass Series

Product Forms and Customization Epoxy Fiberglass Sheets Thickness Range: 0.3mm-100mm Standard Sizes: 1020×1220mm (customizable upon request) Applications: electrical insulation boards, printed circuit board (PCB) base sheets, transformer insulation sheets, battery packaging boards Epoxy Fiberglass Rods Diameters: 6mm-200mm (custom sizes available) Machining Options: cutting, drilling, slotting, end-face processing Applications: insulation fasteners, insulating shafts, structural reinforcement parts Epoxy Fiberglass Tubes Manufactured by winding or molding processes Customizable: tube diameter, wall thickness, and length Applications: insulating sleeves, transformer insulation components, protective housings for electrical equipment Product Advantages High Strength and Durability: excellent tensile, compressive, and bending properties Superior Electrical Insulation: stable dielectric performance, arc resistance, and leakage resistance Heat Resistance (Class F): continuous operating temperature up to 155℃ Flame Retardancy (FR4): enhanced fire resistance for PCB and high-voltage applications Moisture and Chemical Resistance: reliable under humid and corrosive environments Versatile Customization: adjustable size, thickness, and machining options Applications Electrical Insulation: transformers, motors, switchgear, and electrical cabinets Electronics Industry: PCB base sheets, insulation glass epoxy boards, electrical insulator laminated sheets Energy & Power Systems: generator insulation boards, battery pack epoxy sheets, wind power insulation components Mechanical & Industrial Structures: structural insulating connectors, mold base plates, support parts requiring high strength and insulation

Phenolic Paper Laminates

Product Forms and Customization Boards Thickness range: 0.3mm-30mm Standard sizes available, customizable width, length, and thickness Secondary processing: Cutting, slotting, drilling Applications: Electrical insulation sheets, mechanical support plates, mold bases Rods Standard diameters available, custom lengths and precision diameters supported Applications: Insulation shafts, fasteners, support components Tubes Customizable inner/outer diameters and lengths Manufactured via winding or molding processes Applications: Insulation sleeves, mechanical components, electrical housings Product Advantages High Heat Resistance: Continuous working temperature up to 140℃ Electrical Insulation: Excellent dielectric strength and arc resistance Flame Retardant: Compliant with IEC/UL standards Mechanical Strength: Excellent tensile, compressive, and bending resistance Flexible Customization: Supports extended, widened, or thickened dimensions and secondary machining Applications Electrical Insulation: Motors, transformers, switchgear, relays Mechanical Structure: Support plates, mold bases, fasteners Industrial Equipment: Instruments, electrical control cabinets, heat-resistant panels Transportation & Energy: Rail transit, power equipment, wind power applications

Engineering Plastics Series

Product Forms and Customization Standard Engineering Plastics: PP, PVC, PE, PA High-Performance Plastics: PPS, PEEK, PI, PEI, PAI Forms: Sheets, rods – customizable dimensions available upon request Product Advantages High Mechanical Strength: Excellent tensile, bending, and impact resistance Wide Temperature Resistance: Stable performance in extreme temperature environments Wear and Corrosion Resistance: Suitable for long-term friction and chemical exposure Dimensional Stability: Maintains shape and size over long-term use Electrical Insulation: Some materials suitable for electronic and electrical components Customizable: Dimensions, thickness, and shapes can be tailored to project requirements Applications Machinery Manufacturing: Gears, bearings, pulleys, guide rails Electronics & Electrical: Insulating supports, connectors, switch components Automotive Industry: Engine parts, seals, instrument panels Aerospace: High-temperature parts, lightweight structural components Medical Equipment: Chemically resistant components, transparent devices

3640 Epoxy Fiberglass Series

Product Forms and Customization 3640 Epoxy Glass Cloth Laminated Sheets Thickness: 0.3mm-100mm Standard size: 1020×1220mm, customizable width, length, and thickness Secondary processing: Cutting, slotting, drilling Applications: Motor insulation parts, mechanical supports, mold base plates 3640 Epoxy Fiberglass Rods Standard diameters: 6mm-200mm Customizable lengths Can be precision machined for end faces and diameters Applications: Electrical insulation shafts, support components, fasteners 3640 Epoxy Fiberglass Tubes Customizable inner diameter, outer diameter, and length Supports winding or molding processes Applications: Insulation sleeves, mechanical structural parts, protective covers for electrical equipment Key Material Advantages High Mechanical Strength: Excellent tensile, compressive, and bending resistance Superior Electrical Insulation: Arc-resistant, leakage-resistant, with stable dielectric properties Heat Resistance: Continuous working temperature up to 155°C Moisture and Chemical Resistance: Suitable for humid and mildly corrosive environments Flexible Customization: Supports extended, widened, or thickened sizes and multiple machining options Applications Electrical Insulation: Motors, transformers, switchgear, relays, and other insulation components Mechanical Structures: Support components, mold base plates, fasteners Industrial & Energy: Rail transportation, power equipment, wind power devices Electronics Industry: PCB substrates, insulation partitions

Vacuum Insulation Series

Product Forms and Customization Vacuum Insulation Panels (VIP Sheets) Thickness: 5mm-50mm Standard Sizes: 300×600mm, 600×1200mm (custom sizes available: extended width and length) Secondary Processing: cutting, slotting, precision shaping Applications: building insulation, energy-efficient construction, appliance insulation, cold chain logistics Vacuum Insulation Rods (VIP Rods) Diameter: a few millimeters to several centimeters (customizable) Length: adjustable according to customer requirements Applications: high-voltage electrical insulation supports, thermal isolation columns for precision instruments, industrial pipeline supports Vacuum Insulation Tubes (VIP Tubes) Customizable inner diameter, outer diameter, and length Applications: vacuum insulated pipelines, cylindrical insulation for cold chain transport, protective sleeves for equipment Product Advantages Ultra-Low Thermal Conductivity: ≤0.004 W/(m·K), significantly lower than traditional insulation materials Space-Saving Design: thinner structure with equal insulation performance, improving space utilization Long-Term Stability: vacuum retention for 10-30 years with high-performance barrier film Eco-Friendly & Energy-Saving: made of green materials, free from CFCs and other harmful substances Flexible Customization: available in extended, widened, thickened, or custom-shaped designs Applications Building Energy Efficiency: exterior walls, roofs, and flooring insulation Cold Chain Logistics: refrigerated containers, transport equipment, thermal storage boxes Home Appliances: refrigerators, freezers, water heaters, and smart appliances Industrial & Transportation: insulation sleeves for high-end equipment, rail transit, and aerospace applications Scientific & Precision Instruments: high-voltage insulation, thermal control systems, and laboratory equipment

Carbon Fiber Series

Carbon fiber is a high-performance fiber material primarily composed of carbon, known for its exceptional strength, low density, and excellent heat resistance. Compared to traditional metals, carbon fiber excels in lightweight design, corrosion resistance, and rigidity, making it widely used in aerospace, automotive manufacturing, sports equipment, wind energy, electronics, and high-end industrial components.

Available Forms

Sheets: Suitable for structural parts and composite laminates

Rods: Ideal for mechanical components and custom-machined parts

Tubes: Lightweight tubes for aerospace and sports applications

Customization: Sizes, lengths, and shapes can be tailored to customer requirements

Key Product Features

High Strength & Lightweight: High tensile strength and low density enable structural weight reduction

Excellent Heat Resistance: Maintains stable performance under high temperatures

Corrosion Resistance: Resistant to most chemical agents and environmental corrosion

High Rigidity: High stiffness and minimal deformation under complex loads

Machinability: Available in sheets, rods, tubes, and molded parts

Adjustable Electrical Properties: Conductive or insulating performance achievable depending on fiber orientation and matrix materials

Applications

Aerospace: Aircraft structural components, support parts

Automotive: Vehicle body structures, chassis components, lightweight parts

Wind Energy: Blades, support structures

Sports Equipment: Bicycle frames, golf clubs, skis

Electronics: Heat sinks, conductive or insulating structural components

High-End Industrial: Mechanical parts, wear-resistant and corrosion-resistant components

Carbon Fiber Series

Carbon Fiber Series

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