3M 7010397553 glass cloth electrical tape 79 stands out as an advanced solution for industrial electrical insulation, particularly in coils, transformers, and motor applications. This 3M glass cloth tape combines a robust glass cloth backing with an acrylic adhesive, delivering superior edge-tear resistance and stability. Recognized for its high temperature tolerance and solvent resistance, this glass cloth insulation tape is trusted in heavy-duty environments for reliable, long-lasting performance. Its conformable nature and printable surface ensure seamless integration into electrical systems requiring durability and clarity.
High Temperature Resistance
Withstands continuous temperatures from 32 to 302°F (0 to 150°C) for dependable use in hot electrical environments, making it a trusted glass cloth tape high temperature option.
Exceptional Insulation Performance
Specifically designed for interlayer insulation, banding, and anchoring in coils, transformers, and motors, ensuring maximum stability and safety.
Pressure-Sensitive Acrylic Adhesive
Delivers optimized adherence and resists edge tearing, enabling secure installation on various surfaces without shrinkage or rotting.
Solvent and Flame Resistance
Highly conformable, resists solvents, will not burn or rot, and is UL listed with RoHS compliance for demanding settings.
What is glass cloth tape used for?
Glass cloth tape is primarily used for electrical insulation, banding, and mechanical protection in coils, transformers, and motors.
Does 3M glass cloth electrical tape 79 handle high temperatures?
Yes, it is engineered for continuous use up to 302°F (150°C) in industrial electrical environments.
Is this glass cloth insulation tape solvent-resistant?
Absolutely, it resists solvents and maintains integrity under exposure to chemicals and varnishes.
Can 3M 7010397553 glass cloth tape be used for coil anchoring?
Yes, it is specifically designed for coil covers, anchoring, and end turn insulation in electrical assemblies.
714.897.1700
Chat
Email
Quotes
Quick Order
