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Zetex® Fibreglass Tapes
Zetex® Fibreglass Tapes can withstand high temperature up to 700 °C.
They are an ideal solution for insulating pipes and exhausts.
Zetex® tapes are available in thickness of 1.6, 3.2 and 6.4 mm and width of 25 to 152 mm.
These tapes are available in a variety of dimensions and thickness, as well as in different coating options.
Do not hesitate to contact us for more information about Zetex® fibre. Final Advanced Materials also provide a wide range of tapes in different materials.
- Peak temperature: 700 °C
- Operating temperature: 540 °C
- Excellent resistance to cold
- Excellent chemical strength and chemical resistance
- Excellent Dielectric Strength
- Zetex P-1050 tapes, 1.6 mm thick
- Zetex P-2150 tapes, 3.2 mm thick
- Zetex P-3900 tapes, 6.4 mm thick
Whether for insulation or protection applications, high-temperature tapes are frequently used in the industry, on manifolds, tubes and exhausts. Final Advanced Materials produces fibreglass tapes with excellent insulating properties up to 550°C, and basalt fibre tapes which combine insulation and thermal stability up to 700°C and also have a natural bronze colour without treatment. These tapes can be coated with silicone to meet sealing needs.
Basalt fibres and ceramic fibres are inorganic fibres which are resistant to very high temperatures: 700°C and 1,100°C respectively. They are used in the industry or the aeronautics sector for insulation and protection applications, primarily thermal protection. Both these fibres have excellent temperature resistance and effective thermal and electrical insulation. The temperature they will be exposed to is the main factor determining the choice of tape. If it is lower than 700°C, we recommend a basalt fibre tape which is more cost-effective.
Like most inorganic fibres, high-temperature fibreglass tapes are sensitive to abrasion. Final Advanced Materials offers tapes with surface treatments to improve this resistance. Certain coatings, such as silicone, also make the material waterproof, while others, like vermiculite, increase short-term temperature resistance or reduce slag formation.
