Our Flame Retardant Automotive Wire Harness PVC Tape is a professional-grade insulation solution engineered specifically for the rigorous demands of automobile wire harness winding and bundling. Designed to provide superior protection and stability, this high-performance tape ensures that critical electrical systems remain secure and insulated against environmental stressors.
For optimal performance, we recommend applying the tape in a semi-overlapping manner to create a seamless protective barrier. To ensure the structural integrity of the wrap and prevent tilting or uneven tension, it is crucial to avoid over-stretching during the application of the final layer, providing a perfectly balanced and durable finish.
Detailed Parameters
| Total Thickness | 0.11 mm (XF-FR110) | Tensile Strength | 16 N/cm |
|---|---|---|---|
| Elongation at Break | 180 % | Voltage Resistance | 1kV/1min |
| Temperature Resistance | 85 ℃ | Flame Resistance | < 2 S |
| Adhesion Strength | 1.2 N/cm | Dielectric Strength | 1.0 N/cm |
| Heavy Metal Content | Pb/Cd < 30ppm | Standard Sizes | 19mm x 20m / 38mm x 20m |
Key Advantages
Superior Flame Retardancy
Engineered to meet strict safety standards with a flame resistance rating of less than 2 seconds, minimizing fire risks in vehicle wiring.
Thermal Stability
Maintains consistent electrical and physical properties at operating temperatures up to 85℃, ideal for engine bay environments.
High Dielectric Strength
Provides exceptional voltage resistance of 1kV/1min, ensuring safe electrical insulation for complex automotive harnesses.
Optimized Elasticity
With an elongation at break of up to 200% (depending on model), it offers the flexibility needed for tight automotive curves.
Eco-Friendly Composition
Complies with US EPA standards for heavy metal limits (Lead, Cadmium, Mercury, Chromium) for safer manufacturing.
Versatile Specifications
Available in multiple thicknesses (0.085mm to 0.13mm) and custom core sizes to meet specific industrial requirements.
Product Gallery
Management Platforms
Quality Control
Rigorous testing based on ASTM-D-1000 and JIS-C2110 standards to ensure every roll meets automotive precision.
Production Scaling
Advanced manufacturing lines capable of producing various widths and lengths to meet high-volume OEM demands.
Compliance Tracking
Strict adherence to US EPA guidelines for heavy metal restrictions and environmental safety certifications.
Supply Chain Optimization
Integrated logistics management ensuring timely delivery of essential insulation materials to assembly plants.
Customization Hub
Dedicated engineering support for custom thicknesses, core sizes, and specialized adhesive strengths.
R&D Innovation
Continuous improvement of PVC formulations to enhance flame retardancy and temperature endurance.
Investment Return Comparison
| Feature Comparison | Standard PVC Tape | Our FR Automotive Tape | Impact on ROI |
|---|---|---|---|
| Flame Safety | Basic/None | High ( | Lower Insurance Costs |
| Temp Endurance | Low ( | High ( 85℃ ) | Reduced Component Failure |
| Durability | Average | Industrial Grade | Lower Maintenance Cycle |
| Compliance | General | US EPA Standard | Zero Regulatory Risk |
| Application | Generic | Professional Automotive | Higher Assembly Speed |
Frequently Asked Questions
It is highly recommended to wrap the tape in a semi-overlapping method. To maintain a professional finish and avoid tilting, ensure the final layer is not over-stretched during application.
Our tapes are tested against US EPA3052, 3060A, and 3540C standards, ensuring that Lead, Cadmium, Mercury, and Chromium levels remain within strictly permissible limits.
Yes, the tape is designed for temperature resistance up to 85℃, making it suitable for various automotive wiring environments including those near heat-generating components.
Standard sizes include 19mm x 20m and 38mm x 20m with various core options. We also provide customized sizes to meet specific industrial requirements upon request.
Yes, our product undergoes testing according to ASTM-D-1000, achieving a flame resistance time of less than 2 seconds, providing a critical safety layer for vehicle electronics.
The primary differences lie in the total thickness (0.085mm vs 0.13mm), tensile strength (16N/cm vs 20N/cm), and elongation at break (160% vs 220%), allowing you to choose the best fit for your specific harness density.
