Electrical and thermal connectivity enhancement, • 07/11/2025 Tinned connectors in the automotive industry: Plated Tin, HDT, reflow...their impact on material properties D. Comte, A. Franchini - Amphenol CS, France Suivant Surface coatings of powders, application to the electronic field with the manufacture of innovative multi-material solder balls by electroless plating. Vous aimerez aussi Influence of the tempering temperature on the metallurgical and surface characteristics of a low alloyed low carbon steel used in mobile flange for automotive industry Impact of heat treatments of 20MnB5, C18 and 42CrMo4 on the surface energy and on the friction response Sustainability vs. New Process Developments - Regulations and beyond Phase transformation kinetics in Ti 575 titanium alloy during heat treatment: Impact of cooling rate from solution annealing during the subsequent ageing Effect of ageing conditions on microstructure and mechanical properties in the Ti-5553 titanium alloy: effect of initial microstructure, heating rate and thermal cycling
Electrical and thermal connectivity enhancement, • 07/11/2025 Tinned connectors in the automotive industry: Plated Tin, HDT, reflow...their impact on material properties D. Comte, A. Franchini - Amphenol CS, France Suivant Surface coatings of powders, application to the electronic field with the manufacture of innovative multi-material solder balls by electroless plating. Vous aimerez aussi Influence of the tempering temperature on the metallurgical and surface characteristics of a low alloyed low carbon steel used in mobile flange for automotive industry Impact of heat treatments of 20MnB5, C18 and 42CrMo4 on the surface energy and on the friction response Sustainability vs. New Process Developments - Regulations and beyond Phase transformation kinetics in Ti 575 titanium alloy during heat treatment: Impact of cooling rate from solution annealing during the subsequent ageing Effect of ageing conditions on microstructure and mechanical properties in the Ti-5553 titanium alloy: effect of initial microstructure, heating rate and thermal cycling
