MRT's Complete Range of Services
- Design Design
- Tooling Tooling
- Pressure Pressure
- Gravity Gravity
- Sand Sand
- Machining Machining
- Surface Finishing
- Assembly Assembly
- Logistics Logistics
This process is chosen for the production of small numbers of castings, for complex shape castings requiring intricate cores, or for large castings.
Limitations include low casting rate, 3-5mm minimum wall thickness, poor linear tolerance (e.g. 4mm/m), rough surface finish (6.5-12.5mm), and a coarser grain size than gravity die castings.
The huge advantage of sand casting is the production of complex shapes however the surface finish and tolerances of the finished casting are poor relative to die castings. Production times can also be a lot longer than other casting processes such as gravity die casting and high pressure die casting.
Get full information about the sand casting process and die casting processes or contact us today for expert sand casting advice.
Comprehensive set-up records and quality data ensure consistent production and reduce set-up time.
Quality is achieved by pride in workmanship, backed up by an excellent quality system to ISO9001. For critical components, MRT can provide X-ray, dye penetrant and pressure testing.
Routine tool maintenance, breakdowns and modifications can all be undertaken in-house to reduce tool down time.
Our expertise can help you optimise designs, eliminating elements which add unnecessary costs.
Find out more information about MRT Castings and get a taste of our facilities.
Check out our virtual tour and find out how we can work with you on your next project.
MRT's sites on the Walworth Business Park in Andover are now re-opened, following the evacuation yesterday afternoon of the area whilst the amazing Hampshire Fire & Rescue Service dealt with a major incident nearby. Normal operations at MRT are resuming now, and our site is unaffected.Read More
22nd Jan 2019
Purchasing a Zoller Smile420 Tool Pre-Setter has seen an overwhelming improvement in productivity and wasted downtime.Read More