The Vermiculite Coated Fiberglass Tadpole Gasket Tape with Inconel or Stainless Steel Mesh Core is a high-temperature sealing solution designed for demanding industrial environments such as furnaces, boilers, ovens, and kilns. This gasket features a vermiculite coated fiberglass outer layer that provides excellent resistance to extreme heat, abrasion, and thermal degradation. The bulb section of the gasket is reinforced with an Inconel wire mesh core or stainless steel mesh core, giving the seal superior compression strength and long service life under repeated door closing and high-temperature cycling. The tadpole shape design includes a round bulb head for effective sealing and a flat tail for easy attachment to furnace doors or metal flanges. This structure allows the gasket to maintain consistent sealing performance while accommodating thermal expansion and mechanical movement. With outstanding heat resistance, flexibility, and durability, vermiculite coated fiberglass tadpole gasket tape is widely used for industrial furnace doors, boiler access panels, oven doors, and other high-temperature sealing applications where reliable thermal insulation and gas sealing are required.

Tadpole Gasket is a flexible high temperature sealing product designed for oven doors, furnace doors, access panels, removable covers, and other industrial equipment. Its bulb-and-tail profile provides reliable compression, helps seal uneven surfaces, and reduces heat loss, air leakage, dust penetration, and hot gas escape. Available in fiberglass, silica, ceramic fiber, and other custom material constructions, tadpole gaskets are widely used in thermal processing, power generation, exhaust systems, and industrial sealing applications where durability and heat resistance are critical.

Silicone coated fiberglass tadpole gasket is a flexible thermal sealing product designed for oven doors, industrial equipment doors, dampers, removable panels, and enclosure joints. Made with a silicone coated fiberglass outer cover and fiberglass core, it combines sealing flexibility, surface conformity, and stable performance in moderate high temperature environments. It is suitable for irregular sealing surfaces and repeated open-close applications where standard flat tapes cannot provide enough compression or durability. Based on the reference product class, this construction is commonly positioned for service up to 500°F / 260°C.