Automobiles Industry
Vacuum brazing is essential in the manufacturing of a wide range of automobile components that demand strong, precise, and contamination-free joints. It is commonly used in parts such as oil coolers, heat exchangers, radiators, fuel system components, transmission parts, and EGR (Exhaust Gas Recirculation) coolers. Additionally, vacuum brazing is critical for joining aluminum cold plates, liquid cooling heat sink plates, carbide tipped gear hobs, laminated aluminum evaporators, high voltage DC relays, battery coolers, and aluminum alloy chassis.
Articles
Welding Tungsten Carbide to Stainless Steel in Vacuum Furnaces
Joining tungsten carbide to stainless steel is a critical requirement in many industrial applications where extreme wear resistance must be combined with structural strength and corrosion resistance.
Vacuum Brazing of Tungsten Steel and Stainless Steel
Modern industrial components often require the combination of materials with very different properties. Tungsten steel offers exceptional hardness and wear resistance, while stainless steel provides corrosion resistance and structural toughness.
Vacuum Brazing of Silicon Nitride-Tungsten Electrodes with Silver Contact
With Normantherm Vacuum Furnaces, manufacturers gain not just a heat treatment and brazing system, but a process solution that enhances product quality, reduces rework, and supports advanced material innovation.
Vacuum Brazing of 6061 Aluminum Alloy Water-Cooled Plates for EV Thermal Management
Discover how Indian manufacturers use vacuum brazing for 6061 aluminum alloy water-cooled plates in EV thermal management. Normantherm vacuum furnaces ensure strong, high-thermal-conductivity joints, precise temperature control, and reliable, defect-free performance for India’s growing EV industry.
Vacuum Brazing of Titanium Alloy Finished Products
Vacuum brazing of titanium alloy is an advanced joining technology used to manufacture high-performance finished products that demand exceptional strength dimensional accuracy and long-term reliability.