Aluminium intensive battery enclosures for electric vehicles

Aluminium intensive battery enclosures for electric vehicles

This grant-supported project, led by Constellium, looks at using disruptive high-strength aluminium alloys in battery enclosures.

Dissimilar material joining - EU Framework 7

Dissimilar material joining - EU Framework 7

Powdertech Surface Science recognised the need for a dissimilar material joining technology and secured a £1.3 million grant under the EU Framework 7 funding for a 24 month project.

Lightweighting in automotive construction - Solmac

Lightweighting in automotive construction - Solmac

The aim of the project was to take several materials and processes proven at a system level and in non-primary structures and apply them to the production of the primary body structure of a niche automotive OEM.

Chrome-free pre-treatment structural bonding performance - Optima

Chrome-free pre-treatment structural bonding performance - Optima

Project OPTIMA built on previous work by Powdertech Surface Science (chrome-free pre-treatment technology) and the Non-Destructive Test (NDT) capability of TWI.

Bonding of mixed material structures in the automotive industry

Bonding of mixed material structures in the automotive industry

PB Apps will prove the performance of PowderBond in a variety of vehicle structural joint configurations, at the extreme automotive environmental conditions.