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| Application: | Wall/Roof Covering Cloth, Filter Cloth, Fiberglass Mesh Cloth |
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High Temp Double Ceramic Fiber Woven Tadpole Gasket Tape is a heat resistant sealing tape engineered for high temperature doors, flanges, access panels, and furnace openings where reliable compression sealing is required. The construction uses a woven ceramic fiber jacket with a double bulb tadpole profile that improves resilience, sealing contact, and leakage control under repeated thermal cycling.
This ceramic fiber tadpole gasket tape is widely used on industrial ovens, kilns, boilers, heat treatment equipment, incinerators, stoves, and thermal process machinery. It performs well in applications involving hot air, flue gas, radiant heat, and vibration, helping reduce heat loss, minimize smoke or dust leakage, and protect equipment edges from direct heat exposure.
Standard production supports multiple diameters and lengths, and the profile can be supplied with different tail widths and bulb sizes to match grooves or clamping structures. The gasket tape is easy to install using mechanical fastening or high temperature adhesive, and it is suitable for OEM production and maintenance replacement.
Reliable high temperature sealing for doors, hatches, and inspection covers
Double bulb profile improves compression recovery and sealing stability
Woven ceramic fiber jacket for heat resistance and durability
Helps reduce heat loss and improves thermal efficiency
Good performance under repeated opening and closing cycles
Available in various bulb diameters, tail widths, and lengths
Suitable for furnaces, kilns, boilers, and thermal process equipment
| Item | Specification |
|---|---|
| Product Name | High Temp Double Ceramic Fiber Woven Tadpole Gasket Tape |
| Structure | Woven ceramic fiber jacket with double bulb tadpole profile |
| Material | Ceramic fiber yarn, woven outer jacket |
| Temperature Resistance | Up to 1260 degree C (ceramic fiber grade dependent) |
| Bulb Type | Double bulb tadpole |
| Bulb Diameter | Customizable (common range 10 mm to 60 mm) |
| Tail Width | Customizable (common range 10 mm to 80 mm) |
| Tail Thickness | Customizable |
| Density | Customizable |
| Standard Color | Off white |
| Length | Custom cut or continuous roll |
| Installation | Mechanical fastening, clamping, or high temperature adhesive |
| Typical Use | Furnace doors, kiln doors, boiler doors, access panels, flanges |
Note: Final temperature rating depends on ceramic fiber grade and installation condition. Provide your working temperature and sealing gap for the best recommendation.
Furnace and kiln door sealing
Boiler door and manhole sealing
Heat treatment oven access panels
Incinerator doors and inspection covers
High temperature duct and casing joints
Foundry equipment and ladle cover sealing
Thermal processing machinery edge sealing
Measure the sealing gap and compression space, then select bulb diameter to achieve stable compression without over crushing. The tail can be fixed by clamping strips, rivets, or screws. For bonded installation, use a compatible high temperature adhesive and keep the bonding surface clean and dry. Avoid direct flame impingement where possible, and maintain even compression along the sealing line for best results.
It is used as a high temperature compression seal on doors, access panels, and openings of furnaces, kilns, boilers, and ovens. The double bulb shape increases sealing contact and resilience, reducing heat leakage and smoke or dust escape.
Select a bulb diameter that allows controlled compression when the door closes. If the bulb is too small it may not seal, if too large it may crush and wear faster. Share your sealing gap, groove size, and required compression and we can recommend the correct profile.
Ceramic fiber materials can be rated up to 1260 degree C depending on grade, but continuous performance depends on real operating conditions such as direct flame, airflow, pressure, and mechanical wear. For long service life, avoid direct flame impingement and ensure correct compression.
Yes. The woven jacket and bulb structure are designed for door applications with frequent cycling. Correct installation and proper compression are key to maintaining resilience and service life.
Yes. Bulb diameter, tail width, tail thickness, and length can be customized. OEM profiles can be produced according to drawings or samples.
Common methods include clamping strips with screws or rivets, mechanical channels, or high temperature adhesive bonding. Mechanical fastening is recommended for long term stability in high temperature equipment.
Ceramic fiber products can release some fibers during handling or cutting. Use appropriate protective measures during installation. Once installed and stabilized, fiber release is typically reduced.
A double bulb design generally provides higher resilience and a wider sealing contact area, which can improve sealing performance on uneven surfaces or when doors experience vibration or thermal distortion.
Working temperature and environment
Sealing gap size and compression space
Bulb diameter preference and tail width
Quantity and length per piece or roll
Installation method and equipment type
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