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<p> The product is a high‑performance mica tape made with specially formulated mica paper as the base material, fiberglass cloth as the reinforcing material, and nano‑inorganic materials as the coating—offering more stable performance, superior flexibility, and enhanced fire resistance. </p> <p><strong> Features: </strong></p> <p> ▪ Non-stick <br/> ▪ Does not pill <br/> ▪ Non-stick thread <br/> ▪ No mica shedding </p> <p><strong> Temperature resistance: </strong></p> <p> ▪ 950–1050°C </p>
<p> Synthetic mica tape is a strip- or roll-shaped insulating and fire‑resistant material made by using synthetic mica paper as the base material, glass fiber cloth or thin film as the reinforcing material, and organic silicone resin as the bonding agent. It is suitable for wire and cable applications with high temperature resistance requirements, as well as for flexible fire‑resistant cables. </p> <p><strong> Features: </strong></p> <p> ▪ Good tensile strength <br/> ▪ Exhibits stable high-temperature performance and good flexibility. <br/> ▪ Excellent fire resistance </p> <p><strong> Temperature resistance: </strong></p> <p> ▪ 950–1000°C </p>
<p> Gold mica tape is a strip- or roll-shaped insulating and fire‑resistant material made by using gold mica paper as the base material, fiberglass cloth or thin film as the reinforcing material, and organic silicone resin as the binder. It can be used in standard fire‑resistant wires and cables, as well as in wires and cables with high temperature resistance requirements. </p> <p><strong> Features: </strong></p> <p> ▪ Pure natural mica <br/> ▪ Stable temperature resistance <br/> ▪ Good flexibility </p> <p><strong> Temperature resistance: </strong></p> <p> ▪ 750–900°C </p>
<p> Calcined mica tape is a strip- or roll-shaped insulating and fire‑resistant material made by using calcined muscovite paper as the base material, glass fiber cloth as the reinforcing material, and organic silicone resin as the binder. It can replace double-layer winding with single-layer winding to meet cable fire‑resistance requirements, making it particularly well suited for applications involving ultra‑small cross‑section fire‑resistant cables. </p> <p><strong> Features: </strong></p> <p> ▪ High and stable temperature resistance <br/> ▪ Good insulation performance at high temperatures <br/> ▪ Excellent softness </p> <p><strong> Temperature resistance: </strong></p> <p> ▪ 950–1000°C </p>