Ceramic Foundry Sand is made by fusing, spraying, sieving, and purifying high alumina calcined bauxite. They can be used in casting all sizes of steel parts. The spherical shape produces high-density material with excellent flow characteristics, available in a variety of AFS sizes. The main chemical composition is Al2O3 which provides excellent refractoriness and stability.
Ceramic Foundry Sand is made by fusing, spraying, sieving, and purifying high alumina calcined bauxite. They can be used in casting all sizes of steel parts. The spherical shape produces high-density material with excellent flow characteristics, available in a variety of AFS sizes. The main chemical composition is Al2O3 which provides excellent refractoriness and stability.
Ceramic Foundry Sand is made by fusing, spraying, sieving, and purifying high alumina calcined bauxite. They can be used in casting all sizes of steel parts. The spherical shape produces high-density material with excellent flow characteristics, available in a variety of AFS sizes. The main chemical composition is Al2O3 which provides excellent refractoriness and stability.
Sand casting is a process that utilizes non-reusable sand molds to form metal castings. On one hand, casting is a deceptively simple manufacturing process: anyone who has formed castles at the beach knows sand can be used to make detailed shapes. However in a foundry, dealing with the heat of molten metal, many factors must be
The quality of the sand that is used also greatly affects the quality of the casting and is usually described by the following five measures: Strength – Ability of the sand to maintain its shape. Permeability – Ability to allow venting of trapped gasses through the sand. A higher permeability can reduce the porosity of
