Flame-Retardant Aramid Paper Tape With Acrylic Adhesive For Extreme Heat Resistance

Description:

The high-performance tape combines a robust aramid paper substrate, known for its exceptional strength and thermal stability, with a specially formulated flame-retardant acrylic adhesive. It is designed to provide superior heat resistance, enduring prolonged exposure to elevated temperatures while maintaining excellent electrical insulation properties. The tape offers strong adhesion and reliable flame retardancy, making it an ideal solution for critical applications in electronics, automotive, and aeerospace industries where both thermal management and fire safety are essential.

Typical properties:

 Advantages:

1. High Strength and Flexibility: The aramid paper substrate offers extremely high tensile strength and tear resistance, making it highly durable and resistant to breaking. At the same time, it retains the flexibility of paper, allowing it to be easily wrapped and conformed to irregular surfaces.

2. Excellent Electrical Insulation: Aramid paper itself is a top-tier insulating material. In tape form, it can be directly applied to components requiring insulation, providing reliable dielectric protection.

3. Outstanding High-Temperature Resistance: It can operate for extended periods in high-temperature environments without melting or carbonizing, withstand higher short-term overheating peaks, and maintain stable performance, meeting the demands of most high-temperature working conditions.

4. Strong Adhesion and Initial Tack: It exhibits higher bonding strength and peel force, ensuring a more secure and long-lasting adhesion. It sticks firmly upon contact, making application easy and improving production efficiency.

5. Inherent Flame Retardancy and Safety: The entire tape product possesses excellent fire safety performance, effectively preventing the spread of flames.

Applications:

1. For Critical Insulation Applications: Provides reliable, chemical-resistant wrapping for Class F motor/transformer coils and high-energy lithium batteries.

2. For Precision Components: Used in the precision stamping of mobile phone parts.

3. For High-Voltage Electronics: Ensures safe insulation in HVT, HID, and other electronic transformer coils.