Pattern and mould preparation
The pattern and parting arrangement are reviewed from the drawing, sample or reference part. Moulding sand is prepared and compacted around the pattern to create the casting cavity.
Casting process
Green Sand Casting for Large Wear Parts and Structural Castings
A flexible, cost-conscious route for medium to very large castings, including crusher wear parts, frames, housings and custom industrial castings.
Process overview
How Green Sand Casting fits your project
Green sand casting uses compacted moulding sand around a pattern to form the cavity for the casting. It remains the practical workhorse for large and heavy components because the method supports a broad size range, a wide material family and relatively fast pattern preparation. The final route is selected against the drawing, part weight, geometry, material and working conditions rather than by size alone.
Process flow
From pattern to inspected casting
The exact controls, material grade and acceptance documents are confirmed against the part requirement.
Core and gating setup
Cores, runners, risers and the gating layout are arranged to support filling, feeding and the required geometry. Critical sections are reviewed before the mould is closed.
Melting and pouring
The selected alloy family is melted and poured into the prepared mould under the agreed process controls. Material and heat information can be recorded for the project file.
Cooling and shakeout
After solidification, the mould is broken down and the casting is separated from the sand. Runners, risers and excess material are removed for the next stage.
Heat treatment, finishing and inspection
The casting moves through the agreed heat treatment, fettling, machining and inspection scope. Dimensional, hardness, visual or additional checks are defined before production.
Why consider this route
What this route can offer
- Suitable for medium to very large castings and heavy wear components.
- Broad compatibility with manganese steel, alloy steel, ductile iron and other agreed grades.
- Competitive tooling and production economics for batches and repeat supply.
- A practical route for parts that will receive machining, heat treatment or finishing after casting.
Suitable applications
Typical fit
- Jaw plates, crusher bodies and other large wear castings
- Frames, housings and structural industrial castings
- Custom castings supplied from drawings, samples or part references
- Medium-to-high volume replacement parts where tooling cost must stay controlled
After casting
What happens after casting
Green sand castings are commonly followed by heat treatment, shot blasting or fettling, machining on critical interfaces, dimensional inspection and export packing. The exact sequence is fixed during technical review so the casting, hardness and machined features match the buyer's acceptance requirements.
Process FAQ
Questions buyers usually ask
Is green sand casting suitable for large crusher wear parts?
It is often the practical starting route for large wear parts because it supports a broad size and material range. The final choice still depends on geometry, section thickness, quantity, material and inspection requirements.
Can you produce a green sand casting from a sample?
Yes. A sample, part number, equipment model or drawing can start the review. The missing dimensions, material and inspection points are confirmed before tooling and quotation.
What information should be sent for a process review?
Send the part reference or drawing, material or application, quantity, working conditions and delivery market if known. Photos of a worn part can also help identify the requirement.