SA240 410 S41008 + A516 Gr 60 Steel Clad Plate Explosive Cladding
1) Type: A240 410 SA240 410 S41008 +SA516 Gr 60 Steel Clad Plate Explosive Caldding
2) Material:410/516 Gr.60
3) Thickness: 3+24 OR other thickness
4) Production Code: ASTM A264
The clad plates/metals we supply cover the following categories:
Stainless steel clad plates;
Duplex steel clad plates;
Titanium and steel clad plates;
Nickel and steel clad plates;
Zirconium and steel clad plates;
Copper and steel clad plates;
Copper and Aluminum clad plates;
Aluminum and steel clad plates;
Titanium and copper clad plates;
Brief Introduction
These clad are combine and processed by the explosion welding, which are widely used in the pressure vessel, condenser, heat exchange, bolier, reactor ect in Petrochemical, Chemical industry, Foodstuff, Water Conservancy, etc.
In order to get resisance to the corrosion and heat, steel clad materials are explosively welded to the relatively carbon steel, in this way, we can reduce the cost, in the meantime, the surface attched on the servere environment can endure the life time of the main equipment.
The bonding quality between the dissimiliar metals is strong enough to keep away from debonding or any extermal stress such as heat, bending, vibration or hard impact.
The thickness ratio of base metal to clad metal is basically on the requirement of design and application, generally, the ratio 3:1 or more is recommended, others thickness ratio is also available upon negotiaton.
| Product | Materials | Specification(mm) | Production Code | Application |
| Ferrite Stainless/Steel Clad | 410S,415/Gr60(N),Gr70(N) etc. | (2~20+2~120)*<2500* 7000 | SA 263 | Petro-chemical, Vacuum Salt Industry,, Fetilizer, Hydropower Industry, Pulping etc. |
| Austenitic Stainless/Steel Clad | 304,304L,316,316L,321 etc./ Gr60(N),Gr70(N),SA387 Gr.22 etc. | (2~20+2~120)*<2500*7000 | SA 264 | |
| Highly Alloyed Stainless/Steel Clad | Al-6XN,904L,S31803etc./ Gr60(N),Gr70(N) etc. | (2~20+2~120)*<2500*7000 | SA264 |
Explosion welding (EXW) is a solid state (solid-phase) process where welding is accomplished by accelerating one of the components at extremely high velocity through the use of chemical explosives. This process is most commonly utilized to clad carbon steel plate with a thin layer of corrosion resistant material (e.g., stainless steel, nickel alloy, titanium, or zirconium). Due to the nature of this process, producible geometries are very limited. Typical geometries produced include plates, tubing and tube sheets.
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Base Metals
Product Type
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Name: Clad steel plate
Base metal thick: 8~~200mm
Cladding steel thick: 2~~12mm
Certificate:
ISO 9001:2008;
ISO14001:2004;
ASME U stamp
Explosive clad plate “Safety certification”
