high temperature tadpole gasket

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.

Aramid Cover Fiberglass Core Tadpole Gasket Tape is a high-performance sealing product designed for furnace doors, boiler doors, industrial ovens, kilns, and other high-temperature equipment. It features a durable aramid outer cover for improved abrasion resistance and a fiberglass core that provides flexibility, resilience, and thermal insulation. The tadpole profile combines a round bulb section for effective compression sealing with a flat tail for easy installation on metal frames and access doors. This structure helps reduce heat loss, control smoke or air leakage, and maintain reliable sealing performance in demanding industrial environments. It is an ideal choice for applications requiring both heat resistance and long service life.

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.

BSTFLEX high temperature tadpole gasket is a flexible bulb-and-tail sealing solution designed for demanding thermal applications. It features a high temperature silica cloth cover and an Inconel core that provides structural support to the sealing bulb. The rounded bulb is designed for compression against a mating surface, while the extended tail provides a convenient area for mechanical attachment. This silica tadpole gasket is suitable for furnace doors, industrial oven doors, kilns, heat treating equipment, thermal processing chambers, access panels and other high temperature enclosures. The gasket can be customized in bulb diameter, tail dimensions, core construction, length, shape and overall profile to match specific equipment requirements. Also known as a tadpole seal, tadpole tape or tadpole gasket tape, this product provides a flexible approach to high temperature door and panel sealing. BSTFLEX supports custom manufacturing based on drawings, dimensions or samples for OEM and industrial applications.

The Fiberglass Cover Stainless Steel Core Tadpole Gasket is a flexible high temperature sealing profile designed for industrial oven doors, furnace access panels, thermal enclosures, processing equipment and OEM sealing systems. The gasket combines a woven fiberglass outer cover with a stainless steel internal core. The fiberglass cover provides thermal insulation, flexibility and abrasion resistance, while the stainless steel core supports the bulb profile and provides the resilience needed for repeated compression and release. Its characteristic bulb-and-tail construction separates the sealing area from the mounting area. When the door or panel closes, the reinforced bulb compresses against the mating surface to help compensate for surface irregularities and sealing gaps. The flat tail can then be mechanically retained using clips, screws, rivets, clamping bars or equipment-specific mounting systems. BSTFLEX manufactures fiberglass tadpole gaskets in custom bulb diameters, tail widths, overall lengths and stainless steel core constructions according to drawings, samples and application requirements. Different cover treatments and alternative core materials can also be developed for specialized thermal sealing conditions.