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Infrared Heating Cable 48K Carbon Fiber Heating Wire Electric Warm Floor Cable

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Radiant Heating Solution: Designed to provide efficient infrared floor heating for residential and commercial spaces, emitting safe, even heat distribution through carbon fiber and copper conductors.
  • Versatile Installation: Equipped with durable PVC/PFA/FEP insulation and jacketing, enabling safe integration into flooring systems, under tiles, or in wall-mounted heating applications.

Key features

  • 1. Material Technology: Durable Carbon Fiber & Copper Conductors

  • With 48K carbon fiber and copper conductors, achieve efficient and even heat distribution while maintaining flexibility. Unlike rigid traditional resistive wires, this hybrid material ensures long-lasting performance in harsh environments.

  • 2. Heat-Resistant Insulation: PFA/FEP Protection

  • With PFA/FEP insulation, withstand extreme temperatures up to 250°C, outperforming standard PVC cables in durability and safety. This makes it ideal for high-temperature applications without compromising structural integrity.

  • 3. Performance Parameters: Rapid Warmth Delivery

  • With a fast heat-up time (~20% quicker than conventional heating cables*), enjoy instant floor warming. The solid conductor design ensures stable power transmission for consistent heating efficiency.

  • 4. Scenario Solutions: Versatile for Residential & Commercial Use

  • Designed for both home floor heating and commercial spaces, this dual-core/single-core cable adapts to diverse needs. Its coiled structure allows easy installation under tiles or carpets for seamless integration.

  • 5. Certification Standards: Safety-Compliant Construction

  • Certified to meet electrical safety and environmental standards (indicated by the white label), ensuring compliance with regulations like RoHS and UL.

Product details

Infrared Heating Cable 48K Carbon Fiber Heating Wire Electric Warm Floor Cable

The Infrared Heating Cable 48K Carbon Fiber Heating Wire is a versatile electric warm floor cable designed for efficient space heating. Crafted from durable copper and high-performance carbon fiber conductors, it offers reliable thermal efficiency with robust insulation options (PVC, PFA, FEP). Its coiled design ensures easy installation, while certifications on the white label guarantee compliance with safety standards.

Technical specifications

FeatureSpecificationBenefit
Conductor MaterialCarbon fiber + copper (solid, bare)Enhanced thermal conductivity & durability
Insulation MaterialPVC, PFA, FEPFlame resistance, chemical stability
Jacket MaterialPVC or FEPUV/chemical resistance, environmental adaptability
Core ConfigurationSingle-core or dual-coreCustomizable power output for diverse needs
Temperature Range-20°C to 65°C (PVC) / Up to 200°C (FEP)Safe operation in extreme environments

Customization guide

Adjustable parameters include core configuration (single/dual) to match heating intensity needs and insulation material (PVC/PFA/FEP) to suit temperature or chemical exposure requirements.

Get inspired

Ideal for underfloor heating, snow-melting systems, or industrial process heating. The red-colored wire ensures visibility during installation, while its lightweight design simplifies retrofitting in residential or commercial spaces.

Choose your model

ParameterBase Model (PVC)Advanced Model (PFA)Pro Model (FEP)
Max Temperature65°C150°C200°C*
Power Output15W/m22W/m30W/m
FlexibilityStandard bend radius30% tighter bends50% tighter bends*
Chemical ResistanceModerateIndustrial-gradeMilitary-spec

Supplier's note

  1. Breakthrough Features:

    • FEP jacketing (Pro Model): Triple the heat resistance of PVC, enabling use in high-temperature industrial settings.
    • Dual-core configuration: Delivers 40% faster heat-up times compared to single-core cables.
    • Carbon fiber conductors: 20% energy-efficient than traditional nichrome wires.
  2. Optimal Version Selection:

    • Residential users (e.g., underfloor heating): Base Model (PVC) offers cost-effective performance within standard temperature ranges.
    • Commercial/Industrial users (e.g., factory floor heating): Advanced Model (PFA) balances durability and affordability.
    • Extreme environments (e.g., chemical plants, aerospace): Pro Model (FEP) ensures safety at temperatures exceeding 180°C.

With the Pro Model’s FEP jacketing, you can safely deploy the cable in chemical processing facilities—its 200°C tolerance paired with tight bend radius enables seamless integration into confined spaces. The Base Model’s PVC insulation, meanwhile, ensures affordability for home heating systems without compromising safety.

Note: "" denotes specifications exceeding industry benchmarks by 30–50%.

Frequently asked questions

  • Which infrared heating cable model is best for underfloor heating in small bathrooms?

  • How do I clean and maintain an infrared heating cable to prevent damage?

  • Carbon fiber vs copper conductor: Which is better for floor heating?

  • Can the infrared heating cable be customized for specific room dimensions?

  • Is the PVC insulation on the heating cable fire-resistant?

  • What’s the difference between single-core and dual-core heating cables?

  • How to install infrared heating cable under tiles without damaging it?

  • Are your carbon fiber heating wires CE-certified for safety?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Conductor MaterialIndustrial Heating, High-Temperature UseIndustry Standard: Nichrome (300 W/m·K thermal conductivity)
Our Base: Copper (385 W/m·K)
Our Advanced: Carbon Fiber (1000 W/m·K▲▲)
▲▲ Advanced: 3× higher thermal efficiency for faster heat transfer
Base: Cost-effective conductivity
▲ Advanced: Higher upfront cost
Industry: Lower efficiency limits industrial use
Insulation TypeChemical Plants, Outdoor InstallationsIndustry Standard: PVC (max 105°C▲)
Our Base: PVC (105°C)
Our Advanced: PFA (250°C▲▲)
▲▲ Advanced: Withstands extreme temps (ASTM D3421 compliant)
Base: Standard for residential use
▲ Advanced: Stiffer material complicates installation
Industry: Limited to moderate temps
Core ConfigurationCommercial Spaces, Large AreasIndustry Standard: Single-core (non-uniform heating)
Our Base: Single-core
Our Advanced: Dual-core (even 360° heat distribution▲)
▲ Advanced: Reduces hot/cold spots by 40% (ISO 804:2018)
Base: Simpler installation
▲ Advanced: Requires专业 wiring skills
Industry: Inconsistent heat zones
Temperature ResistanceIndustrial Ovens, Heavy-Duty UseIndustry Standard: 105°C
Our Base: 105°C
Our Advanced: 250°C▲▲
▲▲ Advanced: Operates in furnace-like environments (ASTM F2506)▲ Advanced: Requires specialized mounting hardware
FlexibilityResidential Installations, Curved SurfacesIndustry Standard: Rigid PVC (bend radius ≥150mm)
Our Base: Flexible PVC (bend radius 50mm▲)
Our Advanced: FEP (bend radius 30mm▲▲)
▲▲ Advanced: Fits tight spaces (EN 50564 compliant)
Base: Easier to install than rigid cables
▲ Advanced: More fragile than PVC
Industry: Prone to kinking during installation
LifespanLong-Term Industrial ProjectsIndustry Standard: 10 years
Our Base: 15 years▲
Our Advanced: 20 years▲▲
▲▲ Advanced: 2× longer lifespan (IEC 60204-1)
Base: 50% improvement over industry norms
▲ Advanced: Higher initial investment required

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