The high silica oxide self-adhesive tape is made of silica fibers with a purity of over 96%, and is coated with a layer of pressure-sensitive adhesive backing, making it easy to install. It can be directly adhered to the surface of the protected object and achieves quick fixation through the characteristics of the pressure-sensitive adhesive.
The main feature of the high silica oxide self-adhesive tape is its high-temperature resistance, which can operate for a long time in an environment above 1000 degrees Celsius. One side of the product is equipped with a pressure-sensitive backing, making the construction more convenient. The pressure-sensitive backing will decompose at high temperatures and can perfectly cover hoses, cables, and pipelines, suitable for working environments with complex pipelines or difficult disassembly.
This characteristic enables the high silica oxide self-adhesive tape to be widely used in industries such as metallurgy, power, and coal, protecting cables and hoses from running safely under ultra-high temperatures.
High-silica self-adhesive tape is made from silica fiber with a purity of over 96%. Its adhesive-backed design allows it to fit tightly onto pipes or equipment surfaces. The tape can effectively wrap around irregularly shaped pipes or equipment, providing outstanding high-temperature resistance as well as excellent thermal insulation performance.
High-silica self-adhesive tape can operate continuously in high-temperature environments exceeding 1000°C, offering exceptional heat resistance. One side is coated with a pressure-sensitive adhesive, making installation more convenient. The adhesive decomposes at high temperatures, allowing the tape to closely and securely conform to hoses, cables, and pipelines. It is especially suitable for applications involving complex piping systems or situations where disassembly is difficult.
High-silica self-adhesive tape is widely used in industries such as metallurgy, electric power, and coal processing for the protection of cables and hoses exposed to ultra-high temperatures, ensuring safe and reliable operation.
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