Mica is a hydrated phyllosilicate mineral of aluminium and potassium with formula KAl(F, OH), or (KF) (AlO) (SiO). Muscovite can be cleaved into very thin transparent sheets that can substitute for glass, particularly for high-temperature applications such as industrial furnace or oven windows.
It is also used in the manufacture of a wide variety of electronics and as a filler in paints, plastic, and wallboard. Our monthly supply of these mineral ranges from 1000-2000MT.
Material
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Mica in its processed form is one of the most versatile used materials. For over seven decades we have been processing the natural raw mica rocks to the widely used mica sheets for applications ranging from power electronics to consumer electronics.
This is a strong rigid sheet material made by combining Muscovite (M) or Phlogopite (P) Mica Paper with silicone resin binder (inorganic) under specific heat and pressure. It has excellent physical strength, heat
resistance, moisture resistance and electrical properties. It does not emit smoke or odour. Muscovite MicaPaper based material can be used at temperatures up to 600¦ C while Phlogopite Mica Paper based mterial at temperatures up to 800¦ C depending on the application. The product is IEC 60371-3-3 compliant.
standard sizes 1000mm x 1200mm and 1000mm x 600 mm.
Fabricated Mica applies to cutting & punching of natural mica sheets to a specified shape and thickness for electrical and electronic end-uses. Most of the fabricated mica mechanisms are custom built against provided specifications and drawings. The fabrication is performed by using foot or power presses with the help of compound dies. The mica may also be hand-sheared & drilled. They are produced into innumerable designs varying in size, pattern, thickness and quality.
Mica is stable when exposed to electricity, light, moisture, and extreme temperatures. It has superior electrical properties as an insulator and as a dielectric, and can support an electrostatic field while dissipating minimal energy in the form of heat; it can be split very thin (0.025 to 0.125 millimeters or thinner) while maintaining its electrical properties, has a high dielectric breakdown, is thermally stable to 500 °C (932 °F), and is resistant to corona discharge
