Heat Exchanger Stainless Steel on Copper - offers a dissimilar metal alternative for fabrication of heat exchanger media	Heat Exchanger Stainless Steel on Copper	Explosive Welding Frozen in mid-explosion
Multilaminate Armour Five layers of titanium and aluminum impacted by 9mm round.	Multilaminate Five layers of titanium and aluminum, offering a unique and effective option for light-weight high-strength armour	Zero-T Side Bend Test Sigmabond's titanium clad passes this challenging test 100% of the time
Side Bend Test Side Bend Test of a thin specimen of Sigmabond's titanium clad material. Metal bends but bond does not fail.	Bone Implant Explosively bonded cermet - mixture of titanium and calcium powders, 99.9% theoretical density	Ultrasound test Confirming bond quality of titanium clad with ultrasound method
Heat Exchanger Thermograph of heat exchanger medium made by explosive welding. Pattern shows path of cooling fluid in a solid 0.375" plate of copper	Thermal Scan Thermal scan of heat exchanger made by explosive welding.	Heat Exchanger Cut away of solid copper heat exchanger made by explosive welding.
Heat Exchanger Cut away exposing interior channels of heat exchanger made by explosive welding.	HV Electrical Switch Throw bar on HV switch, made of silver on aluminum.	Linisher Prepping titanium clad for explosive welding.
Ti Clad Titanium clad	Ti Clad Pipe Titanium Clad Pipe