Product Description:

The Flame-Retardant White Electrical Insulation Tape, constructed with E-fiberglass cloth as the base and high-performance silicone adhesive, is engineered for demanding industrial environments. It integrates exceptional electrical insulation, high mechanical strength, and outstanding high-temperature resistance, making it an ideal choice for insulation and wrapping in motors, transformers, and various high-temperature applications—ensuring reliable performance under rigorous conditions.

Advantages:

• Exceptional High-Temperature and Flame-Retardant Performance
  1. Rated H-class (180°C), the tape ensures stable long-term operation in high-temperature environments up to 180°C.
  2. Offers excellent flame-retardant properties, effectively preventing flame spread and enhancing equipment and operational safety.
• Superior Electrical and Mechanical Strength
  1. High dielectric strength, with a breakdown voltage (BDV) ≥2.5 kV, effectively preventing electrical puncture and delivering reliable insulation.
  2. Tensile strength ≥210 N/10mm, providing robust resistance to tearing, abrasion, and outstanding mechanical durability.
• Reliable Adhesion and Long-Term Stability
  1. Adhesion strength to steel substrates ≥3.8 N/10mm, ensuring firm bonding without easy lifting or peeling.
  2. The silicone adhesive maintains strong adhesion even under high temperatures, with a shelf life of up to 12 months under recommended storage conditions.

Technical Parameters:

Applications:

• High-End Motor & Transformer Manufacturing: Ideal for insulating lead wires in H-class motors and transformers, meeting stringent high-temperature insulation requirements and preventing short circuits.
• Battery Insulation & Safety Protection: Widely used for wrapping lithium manganese batteries, providing critical safety functions such as explosion-proofing and leakage prevention.
• High-Temperature Operations & Industrial Protection: Suitable for component protection during high-temperature sandblasting and for industrial scenarios requiring thermal insulation or shielding, safeguarding equipment from heat damage.