Fluorphlogopite silver white mica powder, Artificial mica dependent pearl powder
Artificial mica is also identified as fluorophlogopite. It is well prepared by higher temperature soften cooling and crystallization of chemical raw components. Its one wafer has a fraction of KMg3(AlSi3O10)F2, which beEPTs to monoclinic technique and is a standard layered silicate.
The efficiency of artificial mica powEPTis much far better than that of organic mica. For case in point, the temperature resistance is up to 1200 degC. UnEPThigh temperature conditions, the volume resistivity of artificial fluorophlogopite is one thousand instances higher than that of normal mica. The electrical insulation is very good, and the vacuum vent is higher. Reduced, acid and alkali resistant, clear, separable and elastic, it is an EPTant non-metallic insulating materials for present day EPT and substantial technological innovation such as motors, electrical appliances, electronics, and aviation.
Far more than ninety five% of the artificial mica crystal blocks acquired by the inner thermal technique are small crystals, ie, synthetic mica fragments, which can be utilised to make a selection of insulating items, these kinds of as synthetic mica paper, laminates, fluorophlogopite mica powder, mica pearlescent pigments. And mica ceramics, etc. Our factory mostly makes artificial mica damaged. 20 mesh. forty mesh. 60 mesh. 100 mesh. two hundred mesh. 300 mesh. four hundred mesh. 600 mesh and other mica powder.
It is broadly used in electrical appliances, welding electrodes, rubber, plastics, paper, paints, coatings, pigments, ceramics, cosmetics, new building materials and other EPT. With the constant deveXiHu (West Lake) Dis.Hu (West Lake) Dis.ment of science and technological innovation, individuals have opened up new fields of application.
EPT powEPTchemical material:
|Merchandise||spec||Take a look at outcome|
|Moisture articles||le0.3%||.twenty five|
|Merchandise Specification||10-sixty mum||10–40 mum||5–25 mum||lt15 mum|
|Sand content material(%)||lt0.3||lt0.3||lt0.three||lt0.3|
|Loss on ignition(%)||lt3||lt3||lt3||lt3|
|Grain dimension content material||gt85||gt85||gt85||gt85|
|Whiteness||ninety eight||ninety eight||ninety eight||98|
|Oil absorption(%)||52.six||fifty two.6||52.6||52.six|