Titanium clad Copper welding formed drilling holes parts

Custom-Made Bimetal Components for Corrosive & High-Conductivity Applications

Titanium Clad Copper Welding-Formed and Drilled Parts are custom bimetallic components made from titanium-clad copper plates or rods, which undergo precision welding, forming, bending, and drilling. These components are engineered for use in electrochemical systems, marine environments, power transmission, and industrial corrosion-resistant assemblies.

Made from explosion bonded or hot-roll bonded titanium-copper composites, they combine high electrical conductivity from the copper core with exceptional corrosion resistance from the titanium shell. Their structure supports complex fabrication, including TIG welding, CNC hole punching, forming, and contour cutting, while maintaining mechanical integrity.

Titanium Clad Copper Welding Pieces

Titanium Clad Copper Welding Formed&Drilling Holes Parts/Titanium Copper Clad Welding&Punching Formed parts

Titanium Clad Copper Alloy Special Welding Work Pieces

Titanium clad Copper Processing&Formed Parts

In addition to titanium clad copper, there are titanium + nickel, titanium + aluminium, titanium + stainless steel, stainless steel + copper and other composites, which can be two-layer or three-layer composites.

Raw Material Selection (Ti + Cu)

Surface Treatment (Pickling, sandblasting)

Explosive Bonding or Hot Rolling Cladding

Cutting to size (based on 2D/3D CAD files)

Welding Forming (TIG welding, hydraulic forming)

Hole Drilling / CNC Punching

Surface finish (deburring, polishing, optional passivation)

Inspection (ultrasonic test, dimension check)

Packaging & Export

Bimetal Clad Copper Titanium/ Titanium Copper Clad Machined Parts/Roll Bonded Titanium Clad Copper are widely used in electrical, electrochemical, and corrosive environments, thanks to their dual advantages of high electrical conductivity and outstanding corrosion resistance. These bimetallic parts are ideal for systems that demand both mechanical durability and chemical inertness.

They are commonly applied in the following areas:

  · Electrolytic Equipment-Used as conductive transition pieces, anode/cathode plates, and busbar connectors in electrolysis systems for chlor-alkali, copper refining, nickel plating, and water splitting.

  · Hydrogen Production-Integral to PEM electrolyzers, alkaline electrolysis cells, and green hydrogen generation systems.

  · Power & Energy Storage-Customized parts for battery busbars, energy storage connectors, EV power rails, and BMS grounding interfaces.

  · Chemical Processing Plants-For conductive connections inside acid tanks, reaction vessels, and electrochemical reactors exposed to HCl, H₂SO₄, and NaOH.

  · Marine & Offshore Applications -Corrosion-proof structural busbars and bonding plates in seawater environments, shipboard power systems, and coastal substations.

  · PCB & Electronics Manufacturing-Anti-corrosive cladding for circuit ground return conductors and custom high-current plates.

  · Environmental Engineering-In wastewater electrocoagulation, heavy metal removal, and industrial fluid purification units.

  · Medical & Aerospace Grounding-As biocompatible grounding terminals in high-precision electronics or aerospace assemblies.

  · New Energy Systems-For solar power inverters, wind turbine junctions, and off-grid hybrid storage systems.

Packing of Titanium Clad Copper Plate with Drilled/ Explosion Bonded Titanium Copper Formed Parts/Titanium Clad Copper Plate with Drilled Holes/Custom CNC Titanium Copper Clad Electrical Parts