Semi-Permanent Mold
Semi-permanent mold is a casting process which produces aluminum alloy castings using reusable metal molds and sand cores to form internal passages within the casting. Molds are typically arranged in two halves with the sand cores being put into place before the two halves are placed together.
NO-BAKE SAND MOLD
The most widely used form of molding is sand molding because of sand's ability to form and hold detail, and because the sand can be reclaimed and reused over and over. The no-bake sand casting method is one of the most efficient and advanced sand casting techniques currently available.
The process consists of sand molds created using a wood or a plastic pattern. Sand is mixed with a urethane binder and deposited into a box containing the pattern (and all necessary formers and inserts) for pouring. The sand mixture sets in a short time, and the mold is then removed from the pattern. Cores for forming internal passages in the castings are made using the same process.
The no-bake casting technique creates molds with excellent dimensional stability. The casting surface finish is also improved over other sand casting processes.
At Morel Industries, Inc., we use no-bake molding for high precision castings in brass/bronze, aluminum, and iron alloys.
Heat Treating
Apply extra strength and hardness to aluminum alloys
Enhance the machinability of your castings
Reduce metal fatigue
Temper to T-4, T-5, T-6, T-7, T-51 & T-61
Provide Rapid quenching and age hardening
Offer the fastest turnaround as we heat treat in-house
Add high strength castings to your product line
Offer affordable & cost-effective services
Contact us for further information on our casting heat treatment!
Morel Industries
Castings Impregnating & Machining
Our porosity sealing service allows foundries and die casting companies to ensure that their castings can be subjected to high-pressure use within their applications.
The majority of today's castings are suitable for regular machinery use. Most however, need to be finished machined and coated. We can provide most all casting finished complete.
Such castings can be found in today's high-efficiency diesel and gas-powered engines, generators, transmissions, valves, and other such components. These castings operate in high-pressure situations that produce huge pressure surges at start-up before returning to normal operating pressures.
Impregnating your castings is the answer and is cost effective and affordable.
Casting impregnation is a process that seals the porosity and permeability defects in the castings, causing them to resist high pressure liquids and gases during their normal course of operation.
Using a specially selected impregnating sealant, the castings are subjected to a vacuum pressure treatment which forces the sealant into the castings and eventually fills the porous voids to produce impregnated castings suitable for high-pressure liquid and gas use.
Let Us Serve You
For exceptional heat treatment and impregnation services, reach out to us today. Our team is always ready to serve you.