Synthetic Mica Paper Roll for High Temperature Insulation Applications

Price $13.00 Compare
Min Order 100 kg
Shipping From Jiangsu, China
Popularity 236 people viewed
Quantity
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Yang Zhou Liu Jue Electrical Materials Co., Ltd.

VIP   Audited Supplier 1 year
Profile Certified by SGS/BV
MPLJ-2
Motor, Transformer
Golden;White
Mica
10KV~20KV
900-1400
0.15-1mm
UL94V-0
Yes
1000mm
Liu jue
Carton Packaging
25*25*1000mm
China
Product Description
Product nameMica paper
Product specifications0.15-1mm*1000mm
Temperature resistant900-1400ºC
Flammability ratingUL94V-0
Our high temperature resistant mica paper is an exceptional insulation material, designed to withstand extreme conditions with unparalleled quality.
Crafted from premium mica, this paper undergoes meticulous chemical and hydraulic processing – from peeling and crushing to pulp formation. It is then flawlessly transformed into continuous paper rolls and expertly slit into single sheets.
Explore the remarkable advantages of our mica paper:

* Exceptional ability to endure high temperatures, withstand substantial pressure, and resist the effects of aging.

* Offers corrosion resistance, and is both non-toxic and tasteless, ensuring safe insulation.

* Ideal for use in fire-resistant cables and a variety of electrical equipment, offering robust protection.

* Showcases remarkable flexibility, withstanding temperatures up to an impressive 1400 degrees Celsius.


Discover the diverse application fields of our mica paper:

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* Essential for the metallurgical industry – suitable for electric furnaces, industrial frequency furnaces, and arc furnaces.

* A superior alternative to asbestos, perfect for environments with stringent demands.

* Serves as a reliable insulation material for furnace bodies and linings, ensuring optimal performance.

* Functions as a critical insulator between molten metal and the coil, enhancing operational safety.

* Acts as the ultimate safeguard against molten metal leakage when refractory materials are compromised.

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Provides a protective buffer surface between the crucible and coil, mitigating coil damage from crucible expansion.

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Significantly reduces the heat transfer and heat loss of molten metal, optimizing energy efficiency.

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