logo
productos
DETALLES DE LOS PRODUCTOS
Hogar > Productos >
VW-1 Flame Resistant Carbon Fiber Sleeve with Thermal Stability and Flexible Design for Aerospace and Industrial Applications

VW-1 Flame Resistant Carbon Fiber Sleeve with Thermal Stability and Flexible Design for Aerospace and Industrial Applications

Información Detallada
Lugar de origen
Porcelana
Nombre de la marca
WGSC
Certificación
ISO9001
Nombre de producto:
Tela de la fibra de carbono
Resistencia a la temperatura:
hasta 250 ° C
Peso unitario:
80g/m2-640g/m2
Conductividad eléctrica:
Bajo
Contenido de C:
100% de fibra de carbono
Estilo:
Llano/tela cruzada
Resaltar:

VW-1 Flame Resistant Carbon Fiber Sleeve

,

Thermal Stability Carbon Fiber Tubing

,

Flexible Carbon Fiber Protective Sleeve

Descripción del Producto
Carbon Fiber Sleeve Protective Tubing
Lightweight High Strength for Aerospace, Automotive & Industrial Applications
Our Carbon Fiber Sleeve is a precision-woven tubular fabric crafted from premium high-performance carbon fibers. Engineered for exceptional versatility, it combines ultra-lightweight design (density approx. 1.6 g/cm³) with remarkable tensile strength (up to 3500 MPa), ensuring reliable performance in demanding environments. Maintaining thermal stability up to 650°C, its advanced braided structure delivers superior fatigue resistance and flexibility, adapting to diameters ranging from 8mm to 127mm via radial expansion capabilities.
Key Features
  • Lightweight & High-Strength: Weighs significantly less than metal alternatives yet withstands extreme forces, reducing system weight without compromising durability.
  • Thermal Stability: Operates reliably under high-temperature conditions (up to 650°C) with minimal dimensional changes.
  • Flexible & Fatigue-Resistant Braided Structure: Expands radially to fit varied diameters (8mm-127mm) and endures repeated stress cycles without failure.
  • Compliance & Safety: Meets VW-1 flame resistance standards and ROHS regulations for environmental safety.
  • Multi-Protective Properties: Resists corrosion, EMI interference, and mechanical abrasion, extending equipment lifespan.
  • Customization Ready: Black finish standard; offer tailored sizes, yarn types, and packaging to meet unique project needs.
Applications
  • Aerospace: Protect aircraft wiring harnesses and hydraulic lines.
  • Automotive: Shield engine components, sensors, and high-vibration cable assemblies.
  • Industrial Machinery: Safeguard industrial robot arms, conveyor systems, and heavy-duty equipment cables.
  • Structural Repair & Reinforcement: Restore damaged parts or reinforce high-stress components in infrastructure, marine, and manufacturing.
Technical Specifications
Mark Yarn Type Woven Diameter Range (mm) Weight Per Meter (g/m)
WGSC-3KCF-72 3K Carbon Fiber 19-22 15
WGSC-3KCF-96 3K Carbon Fiber 20-40 20
WGSC-3KCF-120 3K Carbon Fiber 40-50 24
WGSC-3KCF-144 3K Carbon Fiber 50-60 29
WGSC-6KCF-72 6K Carbon Fiber 19-35 29
WGSC-6KCF-96 6K Carbon Fiber 30-50 39
WGSC-6KCF-120 6K Carbon Fiber 50-65 48
WGSC-6KCF-144 6K Carbon Fiber 60-80 58
WGSC-12KCF-72 12K Carbon Fiber 35-50 58
WGSC-12KCF-96 12K Carbon Fiber 40-70 77
WGSC-12KCF-120 12K Carbon Fiber 60-100 96
WGSC-12KCF-144 12K Carbon Fiber 100-130 116
WGSC-1500DAF-96 1500D Kevlar® Fiber 20-40 18
WGSC-3000DAF-96 3000D Kevlar® Fiber 40-70 49
Packaging
Standard packaging includes individual anti-static bags for each sleeve, packed into sturdy cardboard boxes or pallets (quantities-dependent). For bulk orders or specialized storage requirements, customized packaging (e.g., vacuum-sealed, climate-controlled containers) is available upon request.
Storage Guidelines
To preserve product integrity, store sleeves in a dry, well-ventilated environment away from direct sunlight and moisture. Recommended storage conditions:
  • Temperature: 10°C - 30°C
  • Humidity: Below 60% RH
Avoid stacking heavy objects on the sleeves to prevent deformation.
VW-1 Flame Resistant Carbon Fiber Sleeve with Thermal Stability and Flexible Design for Aerospace and Industrial Applications 0 VW-1 Flame Resistant Carbon Fiber Sleeve with Thermal Stability and Flexible Design for Aerospace and Industrial Applications 1
productos
DETALLES DE LOS PRODUCTOS
VW-1 Flame Resistant Carbon Fiber Sleeve with Thermal Stability and Flexible Design for Aerospace and Industrial Applications
Información Detallada
Lugar de origen
Porcelana
Nombre de la marca
WGSC
Certificación
ISO9001
Nombre de producto:
Tela de la fibra de carbono
Resistencia a la temperatura:
hasta 250 ° C
Peso unitario:
80g/m2-640g/m2
Conductividad eléctrica:
Bajo
Contenido de C:
100% de fibra de carbono
Estilo:
Llano/tela cruzada
Resaltar

VW-1 Flame Resistant Carbon Fiber Sleeve

,

Thermal Stability Carbon Fiber Tubing

,

Flexible Carbon Fiber Protective Sleeve

Descripción del Producto
Carbon Fiber Sleeve Protective Tubing
Lightweight High Strength for Aerospace, Automotive & Industrial Applications
Our Carbon Fiber Sleeve is a precision-woven tubular fabric crafted from premium high-performance carbon fibers. Engineered for exceptional versatility, it combines ultra-lightweight design (density approx. 1.6 g/cm³) with remarkable tensile strength (up to 3500 MPa), ensuring reliable performance in demanding environments. Maintaining thermal stability up to 650°C, its advanced braided structure delivers superior fatigue resistance and flexibility, adapting to diameters ranging from 8mm to 127mm via radial expansion capabilities.
Key Features
  • Lightweight & High-Strength: Weighs significantly less than metal alternatives yet withstands extreme forces, reducing system weight without compromising durability.
  • Thermal Stability: Operates reliably under high-temperature conditions (up to 650°C) with minimal dimensional changes.
  • Flexible & Fatigue-Resistant Braided Structure: Expands radially to fit varied diameters (8mm-127mm) and endures repeated stress cycles without failure.
  • Compliance & Safety: Meets VW-1 flame resistance standards and ROHS regulations for environmental safety.
  • Multi-Protective Properties: Resists corrosion, EMI interference, and mechanical abrasion, extending equipment lifespan.
  • Customization Ready: Black finish standard; offer tailored sizes, yarn types, and packaging to meet unique project needs.
Applications
  • Aerospace: Protect aircraft wiring harnesses and hydraulic lines.
  • Automotive: Shield engine components, sensors, and high-vibration cable assemblies.
  • Industrial Machinery: Safeguard industrial robot arms, conveyor systems, and heavy-duty equipment cables.
  • Structural Repair & Reinforcement: Restore damaged parts or reinforce high-stress components in infrastructure, marine, and manufacturing.
Technical Specifications
Mark Yarn Type Woven Diameter Range (mm) Weight Per Meter (g/m)
WGSC-3KCF-72 3K Carbon Fiber 19-22 15
WGSC-3KCF-96 3K Carbon Fiber 20-40 20
WGSC-3KCF-120 3K Carbon Fiber 40-50 24
WGSC-3KCF-144 3K Carbon Fiber 50-60 29
WGSC-6KCF-72 6K Carbon Fiber 19-35 29
WGSC-6KCF-96 6K Carbon Fiber 30-50 39
WGSC-6KCF-120 6K Carbon Fiber 50-65 48
WGSC-6KCF-144 6K Carbon Fiber 60-80 58
WGSC-12KCF-72 12K Carbon Fiber 35-50 58
WGSC-12KCF-96 12K Carbon Fiber 40-70 77
WGSC-12KCF-120 12K Carbon Fiber 60-100 96
WGSC-12KCF-144 12K Carbon Fiber 100-130 116
WGSC-1500DAF-96 1500D Kevlar® Fiber 20-40 18
WGSC-3000DAF-96 3000D Kevlar® Fiber 40-70 49
Packaging
Standard packaging includes individual anti-static bags for each sleeve, packed into sturdy cardboard boxes or pallets (quantities-dependent). For bulk orders or specialized storage requirements, customized packaging (e.g., vacuum-sealed, climate-controlled containers) is available upon request.
Storage Guidelines
To preserve product integrity, store sleeves in a dry, well-ventilated environment away from direct sunlight and moisture. Recommended storage conditions:
  • Temperature: 10°C - 30°C
  • Humidity: Below 60% RH
Avoid stacking heavy objects on the sleeves to prevent deformation.
VW-1 Flame Resistant Carbon Fiber Sleeve with Thermal Stability and Flexible Design for Aerospace and Industrial Applications 0 VW-1 Flame Resistant Carbon Fiber Sleeve with Thermal Stability and Flexible Design for Aerospace and Industrial Applications 1