From pressure vessels to heat exchanger clad plate, tube sheet to transition joint, Phohom's metal metallurgical composite products have been deeply trusted and welcomed by customers from all over the world.
As a veteran clad plates manufacturer, Phohom can achieve more than 300 dissimilar metal metallurgical combinations by explosion welding and rolling. In addition, our RDDF solution can provide powerful and effective dissimilar metal connection solutions for global industrial customers.
We are the makers of the production standards of aluminum-steel electrical transition joints in China. Our transition joints can permanently weld the metal without mechanical fasteners, and establish electrical connections between different metals. Customers can trust our explosive clad tube sheets, heads, large plates, transition joints, and customized application services.
Our clad plates are widely used in pressure vessels, heat exchangers, tower, etc. Phohom's more than 300 dissimilar metal combinations can definitely meet your demand.
Our electrical transition joints can replace the traditional screw connection, with the characteristics of a strong bonding rate and reducing the interface resistance. It's the most ideal conductive transition joint material in the smelting of aluminum and zinc, when the anode bag and cathode must r
Our clad tube sheets are made of corrosive alloy, which are especially suitable for making heat exchangers and pressure vessels.
Phohom's structural transition joint can achieve non-welded dissimilar metal connections. It is resistant to corrosion and can achieve overall lightweight design. Shipbuilders and vehicle manufacturers can use it to connect the steel structure and aluminum components.
As a component of the power battery, our tab terminal, post terminal, metal composite coils, etc. made out of copper-aluminum and copper-nickel composite materials have unique advantages such as high connection strength, strong stability, and small resistance. Lithium battery manufacturers and new e
Phohom's cryogenic tube joint can replace the bolt connection system to address the connection of the stainless steel and aluminum pipes, and can be applied to the liquefied natural gas and other industrial gas generated by the vacant device.
