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Stainless Steel Clad PlateThe clad plates made of stainless steel and carbon steel can make up for each other's deficiencies in performance, thus having both corrosion resistance and relatively high mechanical properties. Forread more
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Titanium Steel Clad PlateTitanium and titanium alloys feature outstanding comprehensive properties. The main advantages are lightweight (only half the weight of steel) and high strength. In addition, it is also excellentread more
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Nickel-base Steel Clad PlateThe high-temperature resistance, high-pressure resistance and corrosion resistance of nickel alloys are all superior to those of stainless steel. Therefore, the nickel alloy stirred reactor isread more
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Copper Steel Clad PlateCopper alloys can be used as bonding materials with carbon steel for clad plates, thus having better comprehensive properties, e.g. strength, to participate in wide range of applications such asread more
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Other Alloy Clad PlateZirconium alloy clad plate and aluminum alloy clad plate not only make up for the shortcomings of the original materials in terms of processing and strength, but also still keep their originalread more
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Two Sides Clad PlateThe manufacturing of two-side clad plates requires twice explosion cladding operation, which puts forward high requirements for production technology. Slight differences in explosion parameters,read more
As the world’s leading manufacturer of clad plates, we built our reputation by joining more than 260 compatible and non-compatible metals with DetaClad™, our proprietary explosion welding process....
NobelClad™ manufactures clad plate, clad tube sheets, and custom composite metal solutions using its trusted and proprietary DetaClad™ explosion welding process. In doing so, we...
We are the reputed manufacturers and suppliers of quality and precision finished explosion bonded clad plates. Explosion bonding process uses an explosive detonation as the energy source to produce a...
Explosion bonded clad plates feature a super high bonding strength. The shear strength can be able to reach 400MPA or above. Explosion bonding technology can produce a clad plate that uses a low...
Explosive is ignited at the centre using a high velocity Booster. Detonations travels away from the initial point & across the Plate surface at the specified detonation rate. Clad sheet collides with...
DetaClad™, our proprietary explosion cladding process, is a solid-state, cold-welding process. By detonating high-energy explosives, we drive incompatible metals together, creating a strong...
