Iron Ore Mineral With Fe Of 65 And Above, Fine Grinded Mica Powder.
Ceramic Foundry Sand with the high quality bauxite as the raw material, blowing into the ball after remelting smelting, is a new type of steel casting foundry sand.It s characteristic as high temperature resistant,small amount of thermal expansion, easy collapse, good renewable performance,good casting properties, received the recognition from the cast made experts domestic and overseas. Widely used in all kinds of casting method,sand casting, special casting( casting, solid type, evaporative pattern casting, ladle flow guiding sand and so on ).Also used for shot peening, low expansion of high-temperature coated sand producing. 200mesh-270mesh used for evanescent mode coating producing. Adding 10-35% can effectively increase the air permeability, and suitable for using all kinds of casting binder.It has been used by numerous domestic and international cast iron and nonferrous metal casting production factories. Ceramic Foundry Sand Technical Specification: 1.Chemical composition
Brown fused alumina is fused in the electric furnace with the high quality abrasive grade bauxite , coal and scrap iron as the raw material. Brown Fused Alumina for refractory is characterized by high purity, good crystal, strong fluidity, low coefficient of linear expansion ,good corrosion-resistance and so on. In particular, its performance-cost ratio is much higher than traditional Brown Fused Alumina, making Brown Fused Alumina become the best aggregate and padding of brown fused alumina refractory materials.
Lead ore, copper ore.
Quartz, silica, glassy crystal and watery, chromite, mica, nephrite, other mineral.Mining and trading, extraction, processing
Palladium, iridium, rhodium powder.
Iridium, rhodium and osmium powder raw material in stone form..
Graphene in powder form and in stabilized suspension.
Mineral.
Raw Material.
Sillimanite Powder.
Copper ore and concentrate.
Chromite powder, chrome ore, chrome sand, refractory mortar, nozzle filling compound, radex, casting powder.
Ores like aluminum, zinc and magnesium ore.
Antimony concentrate and other ores.
Chrome ore, chromium concentrate.
Ilmenite, rutile, zircon, non magnatic, spiral fine, zircon crude, hi titanium ilmenite, monazite, all minerals.
Quartz Snow White Lumps, Powder ( #325 & #400 Mesh ) And Grits ( 0.1 To 6mm ).
Natural stone like marble and granite, steel, steel pipe, glass, plastic, bitumen, stretch film, tomato paste, dried fruits like almonds, pistachios, dates and raisins and saffron from the origin of africa, iran, turkey an iraq.
zircon as a material for industrial ceramics, refractories (furnace or reactor lining materials that are resistant to high heat), to dyes. the use of zircon is developing in a number of industrial sectors, including: ceramic Industry, PSZ (Partially Stabilized Zirconia) glass industry, Zircon flour industry (micronized zircon), zirconium chemical industry, Refractory brick industry Printing sand industry. the use of micronized zircon or zircon powder in ceramic products accounts for almost half of the national consumption of this mineral. In the manufacture of ceramics, zircon flour serves as an opaque glaze for household items and ceramic tiles. Meanwhile, in the glass industry, zirconia (fused zircon) is used to produce glasses with special compositions, such as optical glass, fiber glass, color TV glass, and so on. In addition, the use of zircon is quite high in the metal industry. This mineral is used in the metal industry because it has heat-resistant properties. In practice, zircon flour is used to coat metal products, such as steel and bone iron, especially dry coating to produce kitchen and bathroom products. The use of zircon flour is also applied in the production of refractory bricks used to line steel or glass smelting furnaces. Zircon is also used in the nuclear sector. In this field, zircon is used as a cladding material for nuclear reactor fuel. As a coating material, zircon can withstand very high heat which is the result of fusion reactions in nuclear reactors.
