ASME SA263 SA264 Stainless steel carbon steel Explosive Bonding Clad Plates

Clad plate specification:

Clad thickness: 2-15mm;

Base metal thickness: 6-300mm;

Finished width:1450-4500mm;

Finished length:1000—13500mm

Clad plates series:

Stainless steel clad plate,

Nickel steel clad plate,

Titanium steel clad plate,

Copper Steel clad plate,

Zirconium and Tantalum steel clad plate

Performance:

Serrated metallurgical bonding,;

Shear strength above 300mpa;

Excellent processing performance

Welding of refractory metals,

SA516 GR.60/70 And SS316L Explosive Welding Clad Plates For Oil&Gas Development

• Explosive Welding Clad Plates
• Carbon steel +stainless steel 48+3x3507x14000mm
• EN10204 TYPE3.2 available.
• CARBON =0.23 wt%, CEQ=C+Mn/B+ (Cr+Mo+V)/5 +(Cu+NI)/15=0.43 wt%;
• NACE MR0175 available.

Corrosion resistance:

The stainless steel cladding provides excellent corrosion resistance, protecting the plate from environmental factors such as moisture, chemicals, and saltwater. This makes the clad plates suitable for use in a wide range of applications where corrosion resistance is essential.

For example, in the chemical processing industry, these plates can be used to construct equipment and vessels that handle corrosive substances. In marine applications, they can be used for shipbuilding and offshore structures.

Strength and durability:

The carbon steel base layer provides strength and durability, making the clad plates capable of withstanding heavy loads and mechanical stresses. This combination of strength and corrosion resistance makes the plates ideal for use in demanding applications.

For instance, in the construction of pressure vessels and pipelines, the clad plates can withstand high pressures and temperatures while maintaining their integrity.

Cost-effectiveness:

Compared to solid stainless steel plates, carbon steel stainless steel clad plates are more cost-effective. The use of a relatively thin layer of stainless steel cladding on a carbon steel base reduces the overall material cost while still providing the necessary corrosion resistance.

This makes the clad plates a viable option for applications where cost is a significant consideration.

Applications:

1. Pipelines: Stainless steel-carbon steel clad plates are used in the construction of pipelines for transporting oil and gas. The corrosion resistance of the stainless steel layer protects the pipeline from the corrosive effects of the transported fluids, while the strength of the carbon steel layer provides the necessary mechanical strength.
2. Storage tanks: Clad plates are used in the construction of storage tanks for oil and gas. The stainless steel layer provides corrosion resistance, while the carbon steel layer provides strength and durability.
3. Process equipment: Clad plates are used in the construction of process equipment such as heat exchangers, reactors, and separators. The corrosion resistance of the stainless steel layer is essential for handling corrosive fluids, while the strength of the carbon steel layer is required for withstanding the mechanical stresses of the process.