METAL CLADDING ?
The explosion bonding process is a cold and solid state. The process depends upon pressure obtained from the detonation of an explosive to achieve a truly metallurgical bond between dissimilar metal composites. The detonation happens so quickly, that the clad composites are not subjected to much heat during the bonding process. The mechanical, physical and corrosion properties of the individuals are retained. Hienfatech bonding process places an entirely new range of clad composites which offers novel and economic solutions to designers, fabricators, and end users. The bi and tri metallic transition joints produced by Hienfatech are safe and reliable and meet the fabrication properties.
Why Explosion Cladding?
- Metal composites differing widely in physical properties can be bonded.
- Reactive metals like Aluminium, Titanium, Zirconium on steels, Steel forgings and S. Steel can be bonded.
- Metallurgically incompatible metals can be bonded.
- Superior bond strength over other bonding methods.
- Homogenous cladding layers and Superior structure at integrity between dissimilar metals.
- Better forming characteristics, excellent electrical characteristics, and long term stability.
Where are they used?
The commercially clad metals are used in the form of strips, sheets, plates, circles, hollow tubes, rods, wires, machined components, and dished ends used in Corrosive environment, Temperature resistant, Heat Treatment. Corrosive environments, Temperature resistance, Heat transfer and Vacuum services applications
Products:
Clad Plates, Tube sheets, Heads and Dished ends
Application Fields:
Pressure Vessels, Reactors, Heat Exchangers, Storage Tanks, Digesters, Scrubbers, Condensers, Evaporators, Columns Absorbers, Crystallizers, Distillators, Extractors.
User Industries:
Petroleum, Petrochemicals, Fertilizers & Pesticides, Paper & Pulp, Soaps & Detergents, Chemicals & Polymers, Food & Beverages, Paints & Pigments, Power Plants, Desalination, Textile, Sugar, Pollution Control, Dyestuff, Effluent treatment, Fuel Gas desulphurization, Caustic Soda Plant. Structural Transition Joints Products: Bi, Tri – Metallic Structural Transition Joints Application Fields: Inserts between Aluminium super structures to deck and LNG Tankers. Connections between Aluminium to Steel components. User Industries: Ship Building, Offshore Installations, Curvets, Automotive, Tanker Cars, Hopper Cars, Aerospace, Military etc.