Products and Applications
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value 7-8, original crystal grain size 5-7um. Main applications include electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value 7-8, original crystal size 5-7um. Main applications include electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value is 7-8, and the original crystal size is 5-7um. Main applications include electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value 7-8, original crystal size 5-7um. Main applications include electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value 7-8, original crystal grain size 5-7um. Main applications include electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value is 7-8, and the original crystal size is 5-7um. Main applications include electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value is 7-8, and the original crystal size is 5-7um. It is mainly used in electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value 7-8, original crystal size 5-7um. Main applications include electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
Near-spherical α-alumina is a proprietary product of our company. It is made from high-quality alumina raw materials from Guangxi Province through high-temperature calcination and modification. It has a near-spherical, dense, single-crystal structure, good dispersibility, narrow particle size distribution, small specific surface area, high purity, low oil absorption and viscosity. PH value 7-8, original crystal size 5-7um. Main applications include electronic device thermal conductive fillers, inorganic membrane filtration ceramics, and refractory materials.
This series of products is an upgrade of the SQ-5 type spherical α-alumina. In addition to the advantages of SQ-5 products, it has a PH value of 6-8, a larger original grain size (10/20um), a larger filling amount, better thermal conductivity, and easier sintering. It is mainly used in electronic thermally conductive silicone, gel fillers, and refractory materials.
This series of products is an upgraded product of SQ-5 type spherical α alumina. In addition to the advantages of SQ-5 products, it has a pH value of 6-8, a larger original crystal size of 10/20um, a larger filling amount, better thermal conductivity, and easier sintering. It is mainly used in electronic thermal conductive silicone, gel and other fillers, refractory materials and other fields.
This series of products is an upgrade of the SQ-5 type spherical α-alumina. In addition to the advantages of SQ-5 products, it has a PH value of 6-8, a larger original grain size (10/20um), a larger filling amount, better thermal conductivity, and easier sintering. It is mainly used in electronic thermally conductive silicone, gel fillers, and refractory materials.
Mr. Cao