Titanium Cladding Plate

Titanium has superior corrosion resistance and heat resistance. Moreover, its application is expanding rapidly from space to land and from land to sea. Therefore, a titanium steel-clad plate is an ideal material to replace pure titanium for a better cost-effectiveness ratio. Titanium cladding plate is a material made by laminating a titanium plate with a steel plate. Titanium clad has excellent corrosion resistance, but is expensive and can be made into composite plates to greatly reduce costs. Usually made by explosive crimping, in recent years began to use the hot rolling method of production. The joint surface of titanium and steel at high temperatures is prone to the formation of TiC, titanium-iron solid solution phase, and intermetallic compounds (TiFe, TiFe2, etc.), causing embrittlement of the steel plate. To prevent embrittlement, less than 50ppm carbon content of ultra-low carbon steel foil or stainless steel wire mesh as a sandwich material between titanium and steel. The rolling temperature is selected around 850°C to obtain the best jointing performance.

 

Titanium plate for sale has good cold working, warm working, hot working formability, and weldability, and can be cut, welded, expanded, opened and spun into shape, etc. Titanium clad is the material for manufacturing pressure vessels for chemical equipment, seawater heat exchangers, chemical reaction vessels, and electrodes used in harsh corrosive media.

 

Titanium steel-clad plate features

 

Titanium composite plate is a typical metal layer composite material. Usually, they are produced by deformation and bonding: hot/cold rolled bonding or explosion bonding. Titanium composite steel plates obtained the low cost and high strength of the steel with excellent titanium resistance.

 

Moreover, titanium cladding plate application is expanding rapidly from space to land and from land to sea. Therefore, a titanium steel plate is an ideal material to replace pure titanium for a better cost-effectiveness ratio, which features a low cost and higher performance.

 

Titanium clad has high mechanical properties, and excellent stamping properties and can be welded in various forms, with welded joints up to 90% of the strength of the base metal and good machinability. titanium clad has high corrosion resistance to chlorides, sulfides, and ammonia.

 

Titanium cladding plate in seawater has higher corrosion resistance than aluminum alloy, stainless steel, and nickel-based alloy is also high.

Titanium cladding is also more resistant to water impact.

 

The combination of titanium and ordinary steel is called titanium composite plate. It has the corrosion resistance of titanium and the strength of the ordinary steel plate as the structure. What matters most is that the overall cost can be reduced greatly.

 

A titanium composite plate is a structural material composed of two or more different materials stacked together. This bonding between the layers is achieved through explosive bonding or explosive welding, where high-energy explosives are used to create a metallurgical bond between the layers, through explosion, hot pressing, or other processing methods to form a complete composite structure. Each layer of material plays a specific role in the composite board, enabling it to possess multiple properties and characteristics simultaneously. The composite material consists of a layer of titanium bonded to a layer of steel or other metal. it also can be called titanium composite plate, the production is explosion cladding, if the final thickness is thinner, then hot rolling is used for the correct size.

One of the key advantages of titanium explosion cladding plates is their cost-effectiveness. Since titanium is an expensive material, using it in large quantities can be cost-prohibitive. By bonding a layer of titanium to a layer of steel, it is possible to achieve the desired properties at a lower cost.

 

The thickness of the titanium layer can vary depending on the application, with thicker layers offering greater corrosion resistance but at a higher cost.

 

Overall, there is a versatile and cost-effective option for a wide range of applications that require the combination of the properties of titanium and steel.

 

Titanium cladding steel plates are widely used for power plant chimneys.

 

Substrate material: Q235B/ A36 Steel

 

Cladding material: Gr2 Titanium

 

SIZES and TOLERANCE:

Substrate material thickness: 8mm+/-0.2mm

 

Clad metal thickness: 2mm+/-0.2mm

 

Length: 12,000mm +10mm/0mm

 

Width: 2,000mm +10mm/0mm

 

The flatness of the Cladded Plate: flatness shall be less than 5 mm/m and 8 mm/2m.

 

The method of bonding of cladding metal plate to substrate shall be explosion bonding and Hot Rolling

 

Free from Defects: the material shall be clean, smooth, sound, and free from defects.

 

Test Samples: test samples shall be selected and prepared as per ASTM A264.

 

Titanium cladding plates can be a cost-effective solution for many applications. Titanium is an expensive material, and using it in large quantities can significantly increase the cost of a project. However, by bonding a layer of titanium to a steel, it is possible to achieve the desired properties at a lower cost. The substrate steel material provides strength and durability, while the titanium layer provides superior corrosion resistance and other properties that make it well-suited for desired applications, so it is a good choice for chemical equipment manufacturing and an environment that is corrosive.

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