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Our high temperature resistant polyimide tape (gold finger tape) provides excellent heat resistance up to 280℃, ideal for wave soldering, electrical insulation, powder coating and PCB protection. Durable, no residue, customizable sizes.

Choosing the right high-temperature tape is critical for manufacturing, automotive, electronics, and aerospace industries. Our high-temperature tape is designed to withstand extreme heat environments without melting, peeling, or leaving residue. Made with premium silicone adhesive and high-strength PET or fiberglass substrate, it delivers stable performance under continuous high temperatures.

March 2026 marks a new cycle of capacity upgrading in the global industrial manufacturing sector. As a core consumable for high-temperature operation scenarios, the market for High Temperature Resistant Tape is witnessing sustained growth. Driven by the rapid expansion of the new energy battery, automotive manufacturing, electronics assembly, and aerospace industries, the global high temperature tape market is projected to maintain a year-over-year growth rate of over 15% in 2026-2027.

In the intricate web of modern industry, there exists a material that operates silently, yet critically—ensuring that engines run hot, electronics perform flawlessly, and aerospace technology reaches new heights. This is the world of high-temperature adhesive tapes, the unsung heroes bridging the gap between material science and functional innovation.

PET Gold Finger high-temperature resistant tape, also known as polyimide PET composite high-temperature tape, is a high-performance industrial adhesive product widely used in electronics, electrical appliances, PCB processing, spray painting, electroplating and other fields.

PI tape, fully known as polyimide tape and commonly referred to as Kapton tape, is a specialty industrial tape made of polyimide film coated with high-performance silicone pressure-sensitive adhesive. It features ultra-high temperature resistance, excellent electrical insulation, and outstanding reliability, serving as a core adhesive material for high-end industries including electronics, new energy, and automotive manufacturing.