Our magnesium alloy chips are purpose-engineered for thixomolding, enabling efficient semi-solid processing and consistent performance. When heated to a semi-solid state, they provide excellent flow for precise mold filling of complex geometries, while minimizing oxidation and material loss. The result is lightweight, high-precision components with improved process efficiency and material utilization.

RheoCool is a low-carbon Al alloy designed for advanced thermal management and complex geometries. With high thermal conductivity and excellent fluidity at low silicon content, it enables superior mold filling while reducing porosity and extending die life—delivering high-quality, durable components for demanding applications.

Rheogreen is equivalent to your ADC12 Alloy, but with lower carbon footprint, and lower cost. It offers high thermal conductivity alongside excellent castability. Its strong mold filling capability ensures consistent production of high-quality components, making it a reliable solution for applications requiring both performance and sustainability.

Castings made with PSW’s Mg Chips

VerdeAL™ is the result of years of research and development, combining our green metal production assets with advanced alloy design technology to create a product that meets the demands of both performance and planet.

VerdeALTM  has an ultra-low carbon footprint of less than 1.5 t CO²e per t Aluminum produced. Despite its ultra-low carbon footprint, VerdeAL delivers castability and mechanical performance fully comparable to conventional alloys, with notably enhanced consistency across batches.

Each batch of VerdeAL™ will be accompanied by a standard Certificate of Analysis issued by Trialco Aluminum (a PSW Group Company), now enhanced with verified carbon footprint and recycled content data supported by a trusted third-party platform.

On top of the ultra-low carbon footprint feature, PSW's VerdeAl™ – NH alloys are heat-treatment free. They are engineered to achieve required mechanical properties directly during casting or forming, eliminating the need for additional thermal processing. This enables reduced energy consumption, shorter production cycles, and lower overall costs while maintaining consistent and reliable material performance.