Customizable UL94V-0 Mica Paper with Superior Flame Retardant Features

• Customization: Available
• Application: Motor, Transformer
• Color: Golden;White
• Model NO.: MPLJ-2
• Material: Mica
• Maximum Voltage: 10KV~20KV
• Thermal Rating: 900-1400
• Thickness: 0.15-1mm
• Flame Retardant: UL94V-0
• Customizable: Yes
• Width: 1000mm
• Transport Package: Carton Packaging
• Specification: 25*25*1000mm
• Trademark: Liu jue
• Origin: China
• Production Capacity: 500000kg/Week

Product Description

Product name	Mica paper
Product specifications	0.15-1mm*1000mm
Temperature resistant	900-1400ºC
Flammability rating	UL94V-0

Our high-temperature resistant mica paper stands out as a premium insulation material, renowned for its exceptional ability to withstand extreme heat.
Crafted from superior-quality mica, this remarkable paper undergoes a meticulous process of chemical and hydraulic peeling, followed by crushing to create a fine pulp. It is then expertly formed into continuous rolls and precision-cut sheets, ensuring versatility and reliability.

Mica Paper Advantages:

*Impressive resilience to high temperatures, extreme pressures, and aging, ensuring longevity and stability.

*Features corrosion resistance, non-toxic and odorless properties, offering safe and effective insulation.

*Ideal for use in fire-resistant cables and a broad array of electrical equipment, enhancing safety and performance.

*Exhibits remarkable flexibility and can endure temperatures soaring up to an astonishing 1400 degrees.

Applications of Mica Paper:

*Essential for the metallurgical industry, providing reliable insulation in electric furnaces, industrial frequency furnaces, and arc furnaces.

*A superior alternative to asbestos, ideal for environments demanding elevated standards of safety and performance.

*Utilized as an insulation material for furnace bodies and linings, offering unparalleled protection and efficiency.

*Serves as an effective insulator between molten metal and coils, ensuring safety and energy efficiency.

*Acts as the critical final barrier, preventing molten metal leakage in the event of refractory material failure or damage.

*Creates a protective buffer surface between the crucible and coils, mitigating potential damage from crucible expansion.

*Significantly reduces heat transfer and minimizes heat loss from molten metal, optimizing energy consumption.