Fiberglass cloth tape is made from high‑quality, high‑density alkali‑free glass cloth coated on one side with imported silicone pressure‑sensitive adhesive and processed under high temperature. It offers excellent temperature resistance (-50°C to 285°C), strong adhesion, high toughness, and outstanding tear resistance. This tape is widely used for Class H heat‑resistant insulation bundling, high‑temperature sandblasting protection, and lithium‑manganese battery insulation wrapping – all applications that demand high‑strength insulation protection.
The tape surface is treated with a special anti‑corrosion coating, significantly improving its resistance to corrosive environments. In addition, the polyethylene hot‑air lamination method eliminates the need for composite adhesives, avoiding residual moisture or solvents that could cause corrosion or mildew on the aluminum foil surface during conventional lamination.
Direct hot‑press lamination saves composite adhesive costs and reduces the overall material cost of single‑layer composite boards.
The intermediate heat‑seal polyethylene layer of this tape is thicker than that of ordinary single‑layer surfaces, resulting in lower water vapor permeability and better moisture barrier performance. This effectively protects insulation materials such as glass wool.
Compared with reinforced aluminum foil tapes, fiberglass cloth tape has greater mechanical strength, making it more suitable for inline bonding applications in fiberglass, rock wool, and mineral wool production plants.
The fine weave, thicker polyethylene layer, and smooth surface of the tape minimize friction and abrasion damage to the aluminum foil, while also providing an effective water‑vapor barrier.
Fiberglass cloth tape is made from high‑quality, high‑density alkali‑free glass cloth coated on one side with imported silicone pressure‑sensitive adhesive and processed under high temperature. It offers excellent temperature resistance (-50°C to 285°C), strong adhesion, high toughness, and outstanding tear resistance. This tape is widely used for Class H heat‑resistant insulation bundling, high‑temperature sandblasting protection, and lithium‑manganese battery insulation wrapping – all applications that demand high‑strength insulation protection.
The tape surface is treated with a special anti‑corrosion coating, significantly improving its resistance to corrosive environments. In addition, the polyethylene hot‑air lamination method eliminates the need for composite adhesives, avoiding residual moisture or solvents that could cause corrosion or mildew on the aluminum foil surface during conventional lamination.
Direct hot‑press lamination saves composite adhesive costs and reduces the overall material cost of single‑layer composite boards.
The intermediate heat‑seal polyethylene layer of this tape is thicker than that of ordinary single‑layer surfaces, resulting in lower water vapor permeability and better moisture barrier performance. This effectively protects insulation materials such as glass wool.
Compared with reinforced aluminum foil tapes, fiberglass cloth tape has greater mechanical strength, making it more suitable for inline bonding applications in fiberglass, rock wool, and mineral wool production plants.
The fine weave, thicker polyethylene layer, and smooth surface of the tape minimize friction and abrasion damage to the aluminum foil, while also providing an effective water‑vapor barrier.
