Product Description
We are determined to provide superior quality range of Micanite Tubes to our respected clients. These are fabricated using high grade mica and advanced technology in compliance with the international quality standards. These tubes are highly appreciated by our clients for their precise design, temperature resistance, durability and longer working life. The offered Micanite Tubes are available in different specifications and can be effectively customized on clients specific demands. Clients can avail this assortment at industry leading prices.
Features:
- Uniform discharge
- Longer shelf life
- High electrical resistance
- Low water absorption
- Widely useful in electronic industries
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Feature
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Uniform discharge
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Temperature Range
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130 to 700 degree Celsius
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High Electrical and Thermal InsulationDesigned for demanding environments, Micanite Tubes provide superior dielectric strengthup to 20 kV/mmand stand out with their excellent heat resistance up to 600C. Their exceptional flame retardancy and minimal water/oil absorption ensure prolonged reliability, making them suitable for advanced electrical and high-temperature insulating applications.
Custom Sizes and VersatilityMicanite Tubes are available in a range of diameters (6150mm) and lengths (up to 1000mm) with a sleek, glazed surface finish. This flexibility allows for integration into various components, ensuring a fit for both standard and specialized requirements in different industrial sectors.
Quality Materials and ComplianceUtilizing precise compositions of Muscovite and Phlogopite mica, along with strict adherence to IEC/NEMA standards, these tubes combine durability with regulatory compliance. Their chemical makeup (including SiO, KO, and minimal MgO, CaO, FeO) delivers stable properties for reliable year-round performance.
FAQs of Micanite Tubes:
Q: How are Micanite Tubes manufactured to maintain high dielectric strength?
A: Micanite Tubes are produced by layering and compressing purified mica flakes, typically Muscovite or Phlogopite, using specialized resins. This process ensures excellent bonding and a uniform structure, resulting in dielectric strengths up to 20 kV/mm and reliable flame resistance.
Q: What benefits do Micanite Tubes offer for high-temperature applications?
A: These tubes provide continuous thermal stability up to 500C and heat resistance up to 600C, making them suitable for heaters, furnaces, and other high-temperature electrical insulation applications where performance and safety are critical.
Q: Where are Micanite Tubes commonly used?
A: Micanite Tubes are commonly used in electrical insulation systems, heating elements, high-voltage insulating sleeves, and various industrial applications requiring lightweight, flame-retardant tubes with smooth surfaces and low absorption properties.
Q: What usage advantages do Micanite Tubes have over conventional insulating materials?
A: Compared to traditional insulating materials, Micanite Tubes provide higher dielectric strength, better flame resistance, lower water and oil absorption, and greater durability at elevated temperatures, ensuring enhanced equipment protection and longer component lifespan.
Q: When should custom-sized Micanite Tubes be chosen for a project?
A: Custom-sized Micanite Tubes are ideal when your application requires specific dimensionssuch as diameters from 6mm to 150mm or lengths up to 1000mmto ensure proper integration and optimal performance within your equipment or system.
Q: What process ensures the flame retardancy and smooth finish of Micanite Tubes?
A: The tubes undergo a glazing process during manufacturing, which not only provides a smooth, aesthetically pleasing surface but also enhances flame retardancy and prevents the absorption of moisture or oils, meeting industry safety and performance standards.
Q: How does the composition of Micanite Tubes affect their performance?
A: The carefully balanced mixture of silica (SiO 4050%), alumina (AlO 2.55%), potassium oxide, and trace minerals contributes to the tubes superior dielectric strength, heat resistance, and mechanical stability, ensuring consistent performance in challenging environments.