Explosive Welding Clad Plate

Explosive welded clad plate joins copper SB171 C70600 to carbon steel SA516 GR70 for high-current, high-temperature environments. Ideal for polysilicon reduction furnaces and reactors. Offers low resistance, high strength, and custom sizes.

Corrosion-proof explosive welding clad plate with Ag99.99 silver layer and S31603 stainless steel base. Ideal for electronic grade polysilicon reduction furnaces. Offers high purity, durability, and custom sizes. Certifications and TDC/MOC support available.

Explosive welded clad plates for formic acid and chemical processing. Bimetallic and trimetallic options with SB551 R60700, TA1, SA516 GR.70. High corrosion resistance, custom sizes, EN10204 Type 3.2 certification available.

Industrial-grade titanium explosive welding clad plates for chimneys and liquid waste disposal applications. Available in multiple material combinations including SB265 GR.1/SA516 GR.70 with dimensions up to 25700×6840mm. Features EN10204 TYPE 3.2 certification and custom sizing options for pressure vessels, reactors, and condensers.

High-performance titanium-steel explosive welding clad plates designed for smelting industry applications. Available in multiple material combinations including SB265 GR.2 with SA516 GR.70N base, sizes up to 8+138×2550×6340mm. Ideal for pressure vessels, reactors, and condensers operating under high temperature and pressure conditions. EN10204 TYPE 3.2 certification available.

High-performance explosive weld clad plates combining titanium SB265 Gr.1 with stainless steel SA240 316L and carbon steel SA516 Gr.70. Available in multiple thickness combinations from 3+5+42mm to 6+46mm, designed for energy industry condensers and corrosion-resistant applications. Custom sizes and material combinations available.

High-performance titanium steel explosive weld clad tube sheets for heat exchangers, crystallizers, and condensers. Features metallurgical bonding of dissimilar metals with 100% electrical continuity, suitable for high-temperature and mechanical stress environments. Available in various material combinations including SB265 GR.1, TA1 with SA516 GR.70N and Q345R base materials.

Explosive welded duplex stainless steel clad plates featuring Q235B carbon steel base with 2205 stainless steel cladding. These 12mm thick plates offer 400MPa bonding strength, NACE MR0175 sour service compliance, and EN10204 3.2 certification. Perfect for corrosive environments requiring high structural integrity and heat resistance.

High-performance explosive welding clad plates featuring Q235B carbon steel and SS304 stainless steel layers. Certified to EN10204 TYPE 3.2 and NACE MR0175 standards. Offers exceptional bonding strength up to 400 MPa/mm² and compatibility with diverse metal combinations. Ideal for nuclear power station and industrial applications requiring reliable metal bonding solutions.

High-performance explosive welding clad metal plates featuring SA538B CL.1 carbon steel and SA240 304L stainless steel. Offers exceptional bonding strength up to 400 MPa/mm², multi-metal compatibility, and NACE MR0175 certification. Ideal for nuclear power station applications requiring superior corrosion resistance and structural integrity.

Explosion-bonded copper and stainless steel clad plates featuring 400 MPa interface shear strength, EN10204 TYPE 3.2 certification, and NACE MR0175 compliance. Ideal for high-pressure applications in chemical processing, pressure vessels, and heat exchangers with thickness range from 3mm to 200mm.

High-performance explosion clad plate featuring exceptional 400 MPa bonding strength through solid-phase welding technology. Combines carbon steel base with stainless steel, copper, or titanium cladding. Available in 3mm+8-200mm thickness range with EN10204 TYPE 3.2 certification and NACE MR0175 compliance for corrosive environments.

High-performance explosive welded clad plates featuring metallurgical bonds between dissimilar metals. Achieves 400 MPa/mm² shear strength with wide thickness range (3mm+8-200mm). Available in SA516 GR.60/70N + SA240 304/316 combinations with EN10204 TYPE 3.2 and NACE certifications for industrial applications.