What is cladding of metals?
Metal cladding is a material formed by using various composite technologies to achieve the metallurgical bonding of metals with different properties at the interface. The bonding area shows undulating metallurgical bonding characteristics.
Characteristics of metal cladding
Metal cladding is a material formed by using various composite technologies to achieve the metallurgical bonding of metals with different properties at the interface. The bonding zone is characterized by wavy metallurgical bonding.
Advantages of cladding of metals:
Metal cladding of the base material to meet the mechanical properties of the organization, composite plate to meet the corrosion or wear resistance, greatly improving the thermal expansion properties of a single metal material, good fatigue properties, fracture toughness, wear resistance, corrosion resistance, electrical properties, magnetic properties, and many other properties.
What is an explosive composite plate?
Explosive composite plate generally refers to the explosive metal composite plate. The prepared composite plate is placed on the substrate, and then a layer of explosives is laid on the composite plate. Using the instantaneous ultra-high pressure and ultra-high speed impact generated by the explosion of explosives, a solid metallurgical bond between the metal layers can be achieved.
Features of explosive composite plate:
Explosive composite plates are manufactured by placing the composite plate on the substrate and then laying a layer of explosives on top of the composite plate. Using the instantaneous ultra-high pressure and ultra-high speed impact energy generated by the explosive explosion, a solid metallurgical bond between the metal layers is achieved. Although the production process of the explosive composite plate is simple and flexible, it has high technical requirements. Substrate performance (toughness, impact performance, etc.), explosive performance (stability, safety, etc.), initial parameters (explosive unit area, base plate spacing, etc.), and dynamic parameters (collision angle, base plate collision speed, etc.) is difficult to accurately control, the selection of composite plate and the system directly affect the yield and quality of the finished product.
The composite interface consists of a direct bonding zone, melting layer and vortex. The bonding interface has atomic diffusion, and the bonding zone has severe plastic deformation and process hardening. The bonding surface has a wavy structure, which contributes to the bonding strength and tensile strength.
Metal cladding explosive composite plate supplier
Mis-Asia provides different kinds of metal composite plates, such as nickel series composite plates, stainless steel series composite plates, aluminum series composite plates, copper series composite plates, refractory metal series composite plates, etc.
