Class F 155°C Aramid Paper Electrical Insulation Tape

Class F 155°C Aramid Paper Electrical Insulation Tape is a high-performance electrical insulation material made from aramid paper backing and flame-retardant acrylic pressure-sensitive adhesive. It combines excellent dielectric insulation, heat resistance, flame retardancy, and mechanical strength, making it suitable for demanding electrical insulation applications.

Designed for Class F insulation systems (155 °C), this aramid paper tape provides reliable insulation protection for motors, transformers, batteries, and electronic components. Available in 0.105 mm, 0.13 mm, and 0.18 mm thickness options, it can meet different requirements for insulation thickness and application performance.

• Class F Thermal Resistance: Designed for Class F electrical insulation systems, the aramid paper tape maintains stable insulation performance under continuous operating temperatures up to 155 °C.
• Excellent Electrical Insulation Performance: The aramid paper substrate provides high dielectric insulation properties, helping protect electrical components and windings from electrical stress and insulation breakdown.
• Flame-Retardant Acrylic Adhesive: The acrylic adhesive system provides reliable bonding performance while offering flame-retardant characteristics for electrical insulation applications.
• Strong Mechanical Durability: The aramid paper backing offers good tensile strength and dimensional stability, helping the tape maintain structural integrity during winding and assembly processes.

• Motor and Transformer Insulation: Used for motor winding insulation, transformer coil wrapping, slot insulation, and electrical component protection in Class F insulation systems.
• Battery and Electronic Components: Suitable for battery insulation, lithium battery components, and electronic devices requiring reliable electrical insulation and thermal resistance.
• High-Voltage Electrical Equipment: Applied in transformers, electrical equipment, and specialty insulation systems where dielectric performance and heat resistance are required.