Goodwin Steel Castings
+44 (0)1782 220000
Goodwin in collaboration with WB Alloys have developed a cast material grade with parent matching welding consumables that exhibit exception mechanical and metallurgical properties whilst in compliance with the ASTM standards.
With 6A-G material, sigma phase precipitation can be eliminated or significantly reduced leading to dramatic improvements in both low temperature impact properties and pitting corrosion resistance.
Grade G410+ is a carbon/manganese steel with and excellent combination of strength and ductility suitable.
Goodwin has developed a propriety method of casting advanced power generation components by controlling the grain size and intermetallic precipitates within the wrought Sanicro 25 alloy
Goodwin has developed a proprietary precipitation strengthened nickel alloy for advanced power generation that is suited to heavy section castings requiring high creep strength than convention solution strengthen nickel alloys.
Goodwin employs a propriety method of manufacture for Super Nickel Alloys.
Innovative Materials Design and Monitoring of Power Plant to Accommodate Carbon Capture.
Industrialisation of Novel MarBN Steel for Advanced Power Plants
Advanced Industrial Manufacture of Next-Generation MarBN Steel for Cleaner Fossil Plant
MacPlus was a large collaborative project that aimed to increase the net efficiency of coal fired plants
NextGenPower is a European Project which demonstrated new alloys in boiler, turbine and interconnecting pipework
IMET will advance the melting capability, develop welding solutions and provide technical training for staff.