Explosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear Industry

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Product Details
Customization: Available
Type: Stainless Steel Sheets
Standard: ASTM, AISI, GB, JIS, DIN, EN
Diamond Member Since 2019

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  • Overview
  • Product Description
  • Application
  • Product Parameters
Overview

Basic Info.

Model NO.
KS-BIMETAL
Grade
Customized
Certification
ISO, RoHS, ASTM, GB, EN, DIN, JIS
Shape
Customized
Technique
Explosion Lamination or Hot Rolling Lamination
Surface Treatment
Bright
Thickness
3-70mm
Width
Maximum 4500mm
Cladding Thickness
0.5mm-15.0mm
Base Metal
2.5-55.0mm
Transport Package
Standard Seaworthy Package
Specification
Customized
Trademark
Mesco Steel
Origin
China
HS Code
72209000
Production Capacity
8000ton/Month

Product Description

Explosion Bonded

The explosive welding process is capable of joining high surface areas due to its ability to distribute high energy density through explosion. Up to now, similar metals (low carbon steel, steel to steel, Al-Al, stainless steel to steel) , dissimilar metals such as steel and aluminum , steel and titanium, nickel film and aluminum alloys , iron and copper , aluminum, copper and magnesium , copper, titanium and steel , aluminum and copper and also metallic glasses were cladded successfully.

Explosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear Industry

Explosion Bonded& Roll Bonded Clad Plates & Multi-layer Composite Metal Plates
Mesco supply a wide range of explosion bonded, roll bonded and diffusion bonded clad metal plates for chemical processing,pressure vessels, power plants, LNG, cookware, aerospace and other industrial applications.

    Explosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear Industry

    1.Zirconium Clad Plates

    • Zirconium + Carbon Steel
    • Zirconium + Stainless Steel
    • Zirconium + Titanium + Carbon Steel
         Applications
    • Acid equipment
    • Chemical reactors
    • Nuclear industry
      Explosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear Industry

      2.Titanium Clad Plates

      • Titanium + Carbon Steel
      • Titanium + Stainless Steel
      • Titanium + Copper
      • Titanium + Nickel
      • Titanium + Aluminum
           Applications
      • Petrochemical industry
      • Desalination plants
      • Offshore engineering
      • Aerospace
      • 1. Titanium Clad Steel PlatesTitanium is widely used as a material for various chemical reaction vessels and heat exchangers due to its excellent corrosion resistance. However, the disadvantage is that the cost is relatively high. This problem is particularly prominent when used as a structural component. An effective solution is to use titanium steel clad panels. The clad material of titanium and ordinary steel is called titanium steel clad material. It has the corrosion resistance of titanium and the strength of ordinary steel plate as a structure. The important thing is that the cost has also been greatly reduced. Titanium steel clad plates produced by the explosion bonded are thick plates and are mainly used as corrosion-resistant structural materials. They can be used to produce chemical equipment such as high-purity terephthalic acid equipment and condenser tube sheets used in power generation equipment.
      • 2. Titanium Clad Copper Plates
        3. Titanium Clad Aluminum Plates

        Titanium metal clad plates include: titanium-steel clad plate, titanium-copper clad plates, titanium-aluminum clad plates, etc., as well as other metal clad materials proposed by users. Titanium metal clad plate not only has the wear resistance and corrosion resistance of precious metals, but also has good weldability, extensibility, formability, deep processing performance and thermal conductivity, which can greatly reduce costs.

      3.Stainless Steel Clad Plates
      Stainless Steel + Carbon Steel
      Stainless Steel + Stainless Steel
      Stainless Steel + Aluminum
      Stainless Steel + Copper
      Stainless Steel + Titanium
      Stainless Steel + Nickel
      Stainless Steel + Duplex Stainless Steel

       

      4.Copper Clad Plates

      • Copper + Carbon Steel
      • Copper + Stainless Steel
      • Copper + Aluminum
      • Copper + Titanium
      • Copper + Nickel
          Applications
      • Electrical equipment
      • Busbars
      • Conductive components
      • Heat exchangers
      • Decorative panels

      5.Titanium Clad Plates

      • Titanium + Carbon Steel
      • Titanium + Stainless Steel
      • Titanium + Copper
      • Titanium + Nickel
      • Titanium + Aluminum
           Applications
      • Petrochemical industry
      • Desalination plants
      • Offshore engineering
      • Aerospace

      6.Titanium Clad Plates

      • Titanium + Carbon Steel
      • Titanium + Stainless Steel
      • Titanium + Copper
      • Titanium + Nickel
      • Titanium + Aluminum
           Applications
      • Petrochemical industry
      • Desalination plants
      • Offshore engineering
      • Aerospace
      • 1. Titanium Clad Steel PlatesTitanium is widely used as a material for various chemical reaction vessels and heat exchangers due to its excellent corrosion resistance. However, the disadvantage is that the cost is relatively high. This problem is particularly prominent when used as a structural component. An effective solution is to use titanium steel clad panels. The clad material of titanium and ordinary steel is called titanium steel clad material. It has the corrosion resistance of titanium and the strength of ordinary steel plate as a structure. The important thing is that the cost has also been greatly reduced. Titanium steel clad plates produced by the explosion bonded are thick plates and are mainly used as corrosion-resistant structural materials. They can be used to produce chemical equipment such as high-purity terephthalic acid equipment and condenser tube sheets used in power generation equipment.
      • 2. Titanium Clad Copper Plates
        3. Titanium Clad Aluminum Plates

        Titanium metal clad plates include: titanium-steel clad plate, titanium-copper clad plates, titanium-aluminum clad plates, etc., as well as other metal clad materials proposed by users. Titanium metal clad plate not only has the wear resistance and corrosion resistance of precious metals, but also has good weldability, extensibility, formability, deep processing performance and thermal conductivity, which can greatly reduce costs.

      7.Titanium Multi-metal Clad Plates
           Available combinations include

      • Titanium + Stainless Steel
      • Titanium + Copper
      • Titanium + Aluminum
      • Titanium + Nickel
      • Titanium + Steel + Copper
      • Titanium + Stainless Steel + Copper
      • Titanium + Aluminum + Stainless Steel
      • Titanium + Nickel + Steel
      For customized industrial applications.

      8.Aluminum Composite Plates

      Stainless Steel + Aluminum+Stainless Steel(3-Layer Composite Plate)
      Copper + Aluminum
      Titanium + Aluminum
      Nickel + Aluminum

       

      9.Multi-metal Clad Plates

      Available combinations include
      • Titanium + Stainless Steel
      • Titanium + Copper
      • Titanium + Aluminum
      • Titanium + Nickel
      • Titanium + Steel + Copper
      • Titanium + Stainless Steel + Copper
      • Titanium + Aluminum + Stainless Steel
      • Titanium + Nickel + Steel
      For customized industrial applications.

      10.Multi-layer Composite Plates

      3 -layer Composite Plate

      • Stainless Steel + Aluminum + Stainless Steel
      • Stainless Steel + Aluminum + Ferritic Stainless Steel
      • Copper + Aluminum + Copper
      • Titanium + Steel + Titanium

      5 -layer Composite Plate

      • Stainless Steel + Aluminum + Copper + Aluminum + Stainless Steel
      • Titanium + Nickel + Steel + Nickel + Titanium
       7 -layer Composite Plate
      10-layer Composite Plate
      Explosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear Industry
       
      11.Custom Metal Cladding Combinations
      • Stainless Steel + Carbon Steel
      • Stainless Steel + Aluminum
      • Stainless Steel + Copper
      • Stainless Steel + Titanium
      • Stainless Steel + Nickel
      • Copper + Steel
      • Copper + Aluminum
      • Copper + Titanium
      • Titanium + Steel
      • Titanium + Stainless Steel
      • Titanium + Copper
      • Titanium + Nickel
      • Nickel + Steel
      • Nickel + Stainless Steel
      • Zirconium + Steel
      • Zirconium + Titanium + Steel
      • Titanium + Copper + Stainless Steel
      • Stainless Steel + Aluminum + Stainless Steel
      • Stainless Steel + Aluminum + Stainless Steel + Aluminum + Stainless Steel
      • 2-Layer / 3-Layer / 5-Layer / 7-Layer / 10-Layer Composite Plates
      • Custom Multi-layer Composite Metal Plates
      Product Description
       
      Cladder Backer
      Alloy Steel Carbon Steel
      Stainless Steel Alloy Steel
      Copper & Copper-Alloy Stainless steel
      Titanium & Titanium-Alloy Copper
      Nickel & Nickel-Alloy Aluminum
      Aluminum Titanium & Titanium-Alloy


      Explosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear IndustryExplosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear Industry
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      Explosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear Industry

       

      Application

      Performances of Stainless Steel Clad Plate
      Stainless Steel Clad Plates

      The carbon steel and stainless steel usually form a metallurgical bond during heating and rolling by hot rolling or explosion bonding or the combination of both and the standard method of producing clad steel is hot roll cladding method.

      Hot roll bonding is a commonly used process in our stainless steel clad plate factory. During this process, clean sheets of carbon steel and stainless steel are placed on each other, (single-sided cladding), or sandwiched between two stainless steel sheets (double-sided cladding). The composite sheets are hot rolled together.
      The stainless steel cladding process results in a bond between the two metals. Another manufacturing method is explosive bonding. The metals bond during the explosion due to the plastic deformation of the strong collision. Explosive bonding after the hot rolling process can improve the bond between carbon steel and stainless steel.

      Duplex Stainless Steel Cladding

      Duplex stainless steel has higher strength, higher corrosion resistance and lower price. The thickness of the sheet can be reduced to maintain strength, so it can be used to make structural units such as pressure vessels, chemical storage tanks, bridges, hot water tanks and processing plants. In recent years, storage equipment and industrial storage tanks in the paper industry, sugar industry, have adopted stainless steel clad plates.

       

      Explosion Bonded Zirconium Steel Clad Plate for Chemical Reactor and Nuclear Industry

       

      Product Parameters
      Stainless Steel Clad Plates
      Product Name Stainless Steel Clad Plate
      Standard ASME SA264, ASME A263, NB/T 47002.1
      Cladding Technique Hot-rolling (Standard), Explosion bonding, or the combination of them
      Cladding Thickness 0.5mm-200mm, or Customizable
      Clad Plate Total Thickness 2.55-255mmm, or Customizable
      Industries Oil & Gas, Petroleum refining, Chemical industry, Pharmaceutical Industry, Paper & Pulp, Salt, Power generation, Public facilities etc.
      Application Pressure vessels, Chemical storage tanks such as oil tankers, reactors, chemical tanks, horizontal tanks, paper towers, sugar storage tanks, Bridges, Hot water tanks and Processing plants.

      Through various inspection tests,The shear strength of the composite panels produced by our company's technology can reach an average of more than 300Mpa, which is much higher than the national standard (210Mpa) and other manufacturers.

       

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