Specifications
1 Al2o3:35%
2.Size:325mesh-4000mesh
3.Delivery time about 7-15days
4.USD 100
5.Whiteness: 80%
Wash Kaolin Clay Introduction Modified calcined aluminum silicate is made of high quality coal measures Kaolinite.After the ultra fine grinding , purification , calcined , grading , modified , scatters process from the processing of functional dditives,Dedicated to the formulation of theethylenpropylene rubber and cable materials , mainly used to improve the electrical insulation products.
Chemical property
Al2o3 | > 35% |
Sio2 | < 50% |
Moisture | < 30% |
Fe2o3 | 0.05% |
Physical properties
Appearance | High Micro powder |
Special modified | Hot control dehydroxylation process |
ISO Brightness(%) | 80 |
Specific gravity (g/cm3) | 2.6 |
Median particle size(microns) | 0.7 |
+325 Mesh Sieve remaining(%) | < 0.03 |
105°C Free water % | ≤1 |
PH value | 5.0-7.0 |
Shijiazhuang Chuangsen Co., Ltd is a wholly owned subsidiary of Zhongshihengda Co., Ltd, and it is renowned for its competitive price structure, an unparalleled range high quality minerals, highly efficient production lines, and most of all, uncontested excellence in service.
After the initial establishment in 2002, Chuangsen technology has been adhering o the strategy of scientific research and efficient production, and has transformed from a small factory into a renowned large-scale group company combining mineral exploitation, processing, scientific research and international trading. Chuangsen technology has been certified for quality Management Standards(QMS) and ISO certification.
Our primary purpose is to provide minerals for the world at the factory price. Our major market includes China, America, Europe and Eastern Asia where we already have a large range of clients. We are capable of providing custom-made design in accordance with various standards and requirements of different countries.
With the company culture of "Honesty is the best policy", Chuangsen is ready to cooperate with partners and friends home and abroad to make a brighter future.