Our solutions enable our customers to adopt lighter, more efficient components that require less materials and lower energy to manufacture. Our advanced treatments are designed to drive decarbonisation and enable more sustainable production from start to finish.
Efficiency through design
We want our services to help our customers achieve more with less. We drive efficiency through design through new technologies such as our Powdermet® (PM-HIP) offering. This delivers near-net-shape designs with superior material properties as a replacement for traditional forging. This specialist technology creates lighter and leaner components that require less machining and shorter production lead times while improving performance – all of which helps our customers to reduce resource use and waste.
As well as this, PM-HIP also drives significant energy savings. Studies show it can use up to 65% less energy than conventional hot forging. With reduced part weight, consolidated processing, and minimal post-treatment, these improvements significantly lower carbon intensity and material input while maintaining required industry standards.
Our solutions enable our customers to adopt lighter, more efficient components that require less materials and lower energy to manufacture. Our advanced treatments are designed to drive decarbonisation and enable more sustainable production from start to finish.
Efficiency through design
We want our services to help our customers achieve more with less. We drive efficiency through design through new technologies such as our Powdermet® (PM-HIP) offering. This delivers near-net-shape designs with superior material properties as a replacement for traditional forging. This specialist technology creates lighter and leaner components that require less machining and shorter production lead times while improving performance – all of which helps our customers to reduce resource use and waste.
As well as this, PM-HIP also drives significant energy savings. Studies show it can use up to 65% less energy than conventional hot forging. With reduced part weight, consolidated processing, and minimal post-treatment, these improvements significantly lower carbon intensity and material input while maintaining required industry standards.
© 2024 Bodycote