Advantages: high surface finish, good demoulding, low thermal expansion

Application: small and medium-sized steel parts, stainless steel parts, precision castings, etc.

One of the most widely used mainstream processes

Advantages: Sand mold has high strength, suitable for medium and large castings, ceramic sand surface is stable and non-hygroscopic, reducing the amount of release agent

Application: alloy steel, ductile iron, large machine base, etc.

Advantages: Spherical particles have faster heat conduction, dense sand core and good surface quality

Application: Automobile cylinder block, cylinder head, exhaust pipe inner core

Filling the film model with dry sand under vacuum

Advantages: Sand must be spherical, fluid, and thermally stable. Ceramic sand is very suitable for

Application: Large iron castings (such as manhole covers, motor housings)

Foam model + negative pressure molding + dry sand filling

Advantages: Ceramic sand has regular shape and better fluidity than quartz sand, does not damage the foam model, and is resistant to high temperatures without sand explosion.

Application: Medium and large parts with complex shapes in steel and iron castings

Not suitable for surface coating, but can be used for shell back coating or sand filling

Advantages: high sphericity, no puncture of wax mold, stable shell

Application: Used in non-structural layers of precision steel parts

Advantages: Spherical sand has high printing precision and good sand layer spreading fluidity

Prerequisite: The glue spraying/solid spraying system of your customer's 3D printer must match