Ceramic Foundry Sand, a developed special artificial sand especially to meet the demand for 3D printing sand molds and cores, has a brilliant appearance and good spherical shape. Those 3D printing company who uses this kind of sand will take the advantages, such as reduced resin (binder) consumption, high strength, fast curing, excellent sand mold
People use Ceramic Foundry Sand as backing sand for lost foam process and V-process. The rate of qualified products increases remarkably. The total cost decreases, the sand consumption of castings is only 1-2 kg per ton. And, the working environment is obviously improved because of its round shape, good flow-ability, lower dust, etc. Fused ceramic
Ceramic sand is a spherically shaped bauxite sand manufactured by melting bauxite in an Electric Arc Furnace followed by a proprietary spraying process. Ceramic sand beads foundry sand provides a unique combination of spherical shape grain, chemistry, and physical properties that result in numerous performance advantages compared with Silica Sand, Chromite Sand, or Zircon Sand.
Fused ceramic sand, also called ceramic Foundry Sand, is a kind of man-made spherical shape ceramic particles featured by high refractoriness, a low thermal expansion made by spraying melted from the fused bauxite. It provides a simple and efficient way in the foundry industry to improving the quality of the castings, reducing the production cost,
Fused ceramic sand, also called ceramic Foundry Sand Specification: Grain type ball, spherical Angularity 1.1 max, similar to ball Bulk density 1.95-2.05 g/cm3 Refractoriness 1790℃ Thermal expansion 0.13% (10 min at 1000 C ) Size Available in all models, it can also be customized Composition Content Al2O3 70-75% SiO2 8-20% Fe2O3 ≤ 3% TiO2 ≤
Ceramic foundry sand for casting Fused ceramic sand, also called as ceramic Foundry Sand, is kind of man-made spherical shape ceramic particles featured by high refractoriness, low thermal expansion made by spraying melted from the fused bauxite. It provides a simple and efficient way in the foundry industry to improving the quality of the castings,
