Sand Casting
Sand casting forms metal components by pouring molten metal into a sand-based mould. It is adaptable to a wide range of component sizes and designs.
- Steel components
- Aluminium components
- Complex shapes and varied component sizes
Metal casting enables the production of components with complex geometries, varied dimensions, and application- specific material requirements. Selecting the appropriate casting process depends on component design, alloy, production volume, and required quality.
Different casting methods provide different advantages in tooling, geometry, dimensional capability, and production scale. The following processes cover a broad range of metal component requirements.
Sand casting forms metal components by pouring molten metal into a sand-based mould. It is adaptable to a wide range of component sizes and designs.
Pressure die casting injects molten metal into a reusable metal die under pressure. It is commonly used for repeatable production of accurately shaped components.
Centrifugal casting uses rotation to distribute molten metal inside a mould. The process is particularly suited to many cylindrical and rotationally symmetrical components.
Investment casting uses a precision wax pattern and ceramic shell mould to produce intricate metal components with detailed features.
Cast components are used across industrial machinery, mechanical assemblies, equipment housings, structural parts, and specialized engineering systems. Process selection should account for material specification, dimensional tolerances, surface finish, operating conditions, and inspection requirements.
Share your component drawings, material specifications, quantity requirements, or application details with Capital Engineering Corporation so your casting needs can be reviewed.