Wet ground mica powder
Wet Mica (Functional Material)
|Sice||Color||Whiteness (L.a.b.)||Particle Size (μm)||Purity(%)||Magnetic Material (ppm)||Moisture（%）||LOI(650℃)||Ph||Osbestos||Heavy Metal Component||Bulk denisty (g/cm3)|
|Wet Mica（Functional Material）|
Main Function Of Mica
Huajing plastic-grade mica powder, which is mainly used for engineering plastics to increase the bending modulus and flexibility ; to reduce shrinkage.In the field of plastic accessories of electronic products, after adding mica ,they can be more refined combination with design . it can improve the weather resistance of plastic products, so that engineering plastics can withstand greater temperature and environmental differences; it greatly improves the insulation to ensure the reliability of high voltage electrical operation;It can enhance the fluidity of some specific plastic products as well.
Wet ground mica powder is used to clean raw materials with water and grind with water as medium, so wet ground powder has more excellent qualities than dry-ground powder, such as good whiteness, smooth surface, small bulk density, regular shape, large diameter-to-thickness ratio and so on.
Application of Mica in HDPE
The addition of mica to HDPE can also reduce the permeability of materials, so it is suitable for making all kinds of containers, such as automobile fuel tank and so on. The non-plane shear modulus of HDPE/ mica composites increases greatly with the increase of the aspect ratio of mica sheets, while the non-plane shear modulus decreases slightly. The HDPE composites filled with mica powder have better comprehensive mechanical properties. With the increase of the amount of mica powder, the tensile strength, bending strength and bending modulus of the composites increased.
Application of Mica Powder in ABS
ABS has been widely used in automotive, communications, electronics, national defense and other fields. After adding mica to ABS engineering plastics, the rigidity, wear resistance and chemical stability of ABS can be improved in different degrees. When 30% mica is added, compared with pure ABS, the production cost is reduced by about 20%, and the bending strength and tensile strength of the material are improved differently. When the content of mica is 20%, the bending modulus of the material is about twice that of pure ABS.