White Glass Cloth Adhesive Tape With Pressure-sensitive Acrylic Adhesive

Description:

The high-performance Glass Cloth Adhesive Tape combines a pressure-sensitive acrylic adhesive with a soft, easy-tear backing, delivering a robust 4N/cm bond for demanding sealing, splicing, and bundling tasks.  Rated for temperatures up to 150°C, it excels in high-temperature environments where other tapes fail.  Available in widths from 10mm to 500mm, it offers superior adhesion to various surfaces, making it a versatile and reliable solution for industrial and commercial applications.

Technical Parameters:

Advantages:

• Exceptional High-Temperature Resistance: It can operate long-term within a temperature range of -30°C to +150°C and withstand even higher temperatures for short periods.
• Excellent Electrical Insulation: It possesses good dielectric strength, effectively preventing electrical breakdown, and is widely used for insulation protection in electrical equipment like motors and transformers.
• High Mechanical Strength: The fiberglass cloth backing provides superior tensile and tear strength.
• Good Chemical Resistance: It resists most solvents, acids, alkalis, and oils, maintaining stable performance in chemically corrosive environments.
• Flame Retardancy & Fire Protection: The fiberglass cloth itself is non-combustible, complies with various flame-retardant standards, and can act as a thermal barrier and fire shield.

Applications:

• High-Temperature Sandblasting Protection: The tape can withstand abrasive conditions, it effectively shields surfaces and equipment from damage, ensuring protection throughout the process.
• Electronics & Electrical Industry:
       · For wrapping and securing cores and coils to ensure insulation.
       · For masking and protection during high-temperature soldering processes.
• Industrial Manufacturing & Thermal Insulation:
       · For protective jacketing over insulation layers on high-temperature steam pipes, thermal oil pipes, etc.
       · For sealing and securing insulation materials.