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  • Single Solid Strand Conductor PVC and Silicone Heating Cable Wire
  • Single Solid Strand Conductor PVC and Silicone Heating Cable Wire
  • Single Solid Strand Conductor PVC and Silicone Heating Cable Wire
  • Single Solid Strand Conductor PVC and Silicone Heating Cable Wire
  • Single Solid Strand Conductor PVC and Silicone Heating Cable Wire
  • Single Solid Strand Conductor PVC and Silicone Heating Cable Wire
Single Solid Strand Conductor PVC and Silicone Heating Cable Wire

Single Solid Strand Conductor PVC and Silicone Heating Cable Wire

  • 2 - 4999 Meters
    $0.10
  • 5000 - 49999 Meters
    $0.07
  • >= 50000 Meters
    $0.05

Customization:

Customized logo(Min.Order: 20000 pieces)
Customized packaging(Min.Order: 10000 pieces)
Graphic customization(Min.Order: 20000 pieces)
Stick shipping mark(Min.Order: 45 pieces)
Customize color(Min.Order: 10000 pieces)

Single Solid Strand Conductor PVC and Silicone Heating Cable Wire

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Heating Efficiency: Utilizes a single solid strand conductor with carbon fiber and steel materials to deliver consistent, high-performance heating for diverse thermal applications.
  • Flexible Design: Spiral-wound structure enhances flexibility and durability, enabling even heat distribution while maintaining structural integrity in dynamic environments.

Key features

  • 1. Material Technology: Durable Carbon Fiber & Steel Conductor

  • With a corrosion-resistant steel core reinforced by lightweight carbon fiber, achieve superior durability and heat conductivity. The spiral-wound design enhances flexibility while resisting kinking, outperforming rigid single-material conductors*.

  • 2. Interactive Design: Flexible Stranded Construction

  • With a stranded conductor type and spiral-wound structure, easily bend and install the cable without compromising structural integrity. Ideal for complex layouts in tight spaces compared to solid-core alternatives*.

  • 3. Performance Parameters: Wide-Temperature Operation

  • With silicone-enhanced PVC insulation, maintain stable performance across extreme temperatures (-20°C to 80°C). Outperforms standard PVC-only cables in high-heat environments like industrial floor heating systems*.

  • 4. Scenario Solutions: Versatile Heating Applications

  • Designed for both residential and commercial heating needs, this cable delivers even heat distribution for floor warming, pipe insulation, or outdoor frost protection. Its single/dual-core configuration adapts to diverse power requirements*.

  • 5. Certification Standards: REACH Compliance

  • Certified to REACH standards, ensuring compliance with EU regulations on restricted hazardous substances. A safer choice compared to non-certified heating cables in environments prioritizing health and safety*.

Product details

Single Solid Strand Conductor PVC and Silicone Heating Cable Wire

The Single Solid Strand Conductor PVC and Silicone Heating Cable Wire is engineered for reliable thermal performance in diverse applications. With a spiral-wound design for enhanced flexibility and heat dissipation, this cable combines carbon fiber and steel conductors for robust energy efficiency. Certified to REACH standards, it offers durable PVC insulation and a silicone jacket for optimal thermal stability.

Technical specifications

FeatureSpecificationBenefit
Conductor MaterialCarbon fiber + steel (solid strand)High thermal conductivity and structural strength
InsulationPVC & silicone composite jacketFlame retardant,耐高温 up to 105°C (221°F)
Spiral WindingMetallic alloy reinforcement30% improved flexibility vs. straight cables
CertificationREACH compliantEnsures safety for indoor/outdoor use
Conductor TypeSingle solid strand (stranded optional)Reduces resistance for consistent heat distribution
CoresSingle-core or dual-core optionsCustomizable for voltage and power needs

Customization guide

Adjustable parameters:

  • Conductor material mix (carbon fiber ratio) to optimize heating output (e.g., 60% carbon for rapid heat, 40% steel for durability).
  • Jacket thickness (±15%) to tailor flexibility for tight bends or heavy-duty abrasion.
  • Color coding (red standard, customizable) for safety or system identification.

Get inspired

Ideal for underfloor heating, industrial process equipment, or outdoor pipelines. The spiral winding ensures even heat distribution while resisting kinking, making it perfect for dynamic thermal management systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Conductor MaterialSteel core + carbonHigh-purity carbonHybrid steel/carbon
Max Temperature65°C (149°F)105°C (221°F)150°C (302°F)*
FlexibilityStandard bend radius20% tighter bends40% tighter bends*
Core ConfigurationSingle-coreDual-coreDual-core + ground
Jacket Thickness1.2mm1.5mm2.0mm*

Supplier's note

  1. Three Breakthroughs:

    • Spiral Winding: Reduces heat loss by 25% compared to straight designs, maintaining efficiency in cold environments.
    • Hybrid Conductor: Combines steel’s durability with carbon’s thermal efficiency, outperforming pure metal cables by 30% in longevity.
    • REACH Compliance: Eliminates hazardous materials, enabling use in food processing and healthcare settings.
  2. Version Selection Guide:

    • Base Model: Best for residential underfloor heating (e.g., homes with standard insulation).
    • Advanced Model: Ideal for commercial HVAC systems requiring higher temps (e.g., industrial drying chambers).
    • Pro Model: Tailored for extreme environments (e.g., oil rigs or chemical plants) where both high temps (up to 150°C) and rugged flexibility are critical. Pair its dual-core design with automated controls for precise zone heating.

Frequently asked questions

  • Which heating cable model suits small spaces like bathrooms or underfloor heating?

  • How do I maintain the spiral winding of the heating cable to prevent damage?

  • Carbon fiber vs steel conductor: Which is better for heating applications?

  • Can I customize the color or material of the heating cable for industrial use?

  • Is the PVC insulation of this heating cable REACH certified for safety?

  • What’s the maximum temperature rating for the PVC jacket in heating systems?

  • How does the spiral winding design improve the cable’s flexibility?

  • Should I choose a single-core or dual-core heating cable for my project?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Conductor MaterialIndustrial heating systemsIndustry Standard: Copper (2.5 MS/m conductivity)
Our Base: Carbon fiber (1.8 MS/m)
Our Advanced: Steel + Carbon fiber (2.1 MS/m)
▲▲ Higher durability in corrosive environments (steel)
▲ Cost-effective base option
▲ Lower conductivity than copper (Base)
Heavier material (Advanced)
Conductor TypeFlexible installations (e.g., machinery)Industry Standard: Stranded (IEC 60228)
Our Base: Solid (rigid, single-core)
Our Advanced: Stranded (19 strands, 10,000 bend cycles)
▲▲ Enhanced flexibility for dynamic applications
Simplicity in Base setup
Base lacks flexibility for tight bends
Slightly higher cost for Advanced
Insulation MaterialOutdoor/indoor heating systemsIndustry Standard: PVC (up to 70°C)
Our Base: PVC (65°C, REACH-certified)
Our Advanced: PVC + Silicone (85°C, UL 1581)
▲▲ Wider temperature tolerance (Advanced)
Compliance with EU safety standards
Base limited to moderate temps
Advanced requires thicker jacketing
Number of CoresHigh-power heating zonesIndustry Standard: Multi-core
Our Base: Single-core (10A max)
Our Advanced: Dual-core (20A max)
▲▲ Doubled power capacity (Advanced)
Cost-efficient for low-load areas (Base)
Single-core limits scalability
Bulkier cable in Advanced
Temperature RangeCommercial snow meltingIndustry Standard: -20°C to 65°C
Our Base: -10°C to 65°C
Our Advanced: -30°C to 85°C (IEC 60085)
▲▲ Extreme cold resistance (Advanced)
Affordable base for mild climates
Base unsuitable for harsh winters
Advanced requires thicker insulation
Flexibility IndexAutomotive/vehicle heatingIndustry Standard: Fixed-installation cables
Our Base: Rigid (bend radius: 5x diameter)
Our Advanced: Flexible (bend radius: 3x diameter)
▲▲ Compact routing in tight spaces (Advanced)
Base ideal for static use
Base risks conductor damage in bends
Advanced may require support brackets

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