Titanium–steel clad plate
Commercially pure titanium or selected alloys bonded to carbon or low-alloy steel for chloride and oxidizing service.
- Pressure vessels
- Electrolyzers
- Desalination
Products / Engineered to order
Material systems,
not a commodity list.
Every combination starts with the process medium, design code and fabrication route. We supply clad plate, blanks and transition components with a traceable manufacturing record.
01 / Core range
Six routes into one engineered interface.
Grades below are representative. Final selection is confirmed against corrosion, temperature, pressure and downstream forming requirements.
Nickel alloy–steel clad plate
Alloy 625, C276, 825 and related corrosion-resistant faces over a load-bearing structural backing.
- Reactors
- Columns
- FGD systems
Stainless–steel clad plate
Austenitic, duplex and selected super-duplex faces for broad process-industry use and practical fabrication.
- Storage
- Separators
- Process skids
Copper and copper-alloy systems
Copper, brass or copper-nickel bonded to steel for conductivity, heat transfer and seawater duties.
- Busbars
- Tube sheets
- Marine service
Clad tube-sheet blanks
Bonded circular or rectangular blanks supplied for customer machining, with mapped bond coverage and orientation marks.
- Heat exchangers
- Condensers
- Evaporators
Transition joints and blocks
Two- and three-layer transitions that create a controlled welding route between otherwise incompatible metals.
- Shipbuilding
- Cryogenic systems
- Electrical equipment
02 / Typical envelope
Dimensions follow the pairing.
Bonded plate formatUp to 2,800 × 9,000 mm
Backing metal8–180 mm
Cladding layer0.8–18 mm
Supply conditionAs-bonded / heat-treated / leveled