CLD1442 Titanium-coated Carbon Steel

Titanium Clad Carbon Steel Description

Titanium Clad Carbon Steel Plates combine titanium and carbon steel using an explosion and rolling process. The titanium and titanium‐alloy plating improves corrosion resistance, wear resistance and resistance to high temperatures and pressures.

Manufacturing Process:

The clad steel is produced by bonding two or more metals into a single plate. Titanium and carbon steel are joined using an explosion and rolling method. Consequently, the titanium and its alloy provide improved resistance against corrosion, abrasion and extreme conditions.

Titanium Clad Carbon Steel Specification

Standard: ASTM B898/ASME SB898 Standard Specification for Reactive and Fireproof Clad Steel Plates

Size: Customised

Surface: Polished (ground) and blasted surfaces are standard for both the cladding metal and the base metal.

Titanium Clad Carbon Steel Applications

1. Chemical Processing: The material is used in containers, heat exchangers and reactors to handle corrosive chemicals. Testing has verified its resistance to chemical attack.

2. Oil and Gas: It is employed in pipelines, offshore platforms and storage tanks to transport and store corrosive fluids. Operational analyses confirm its durability in severe conditions.

3. Energy Generation: The alloy is utilised in boilers, condensers and turbine components in power stations. Its performance under high temperature and pressure has been validated by testing.

4. Desalination: It is applied in desalination plants for heat exchangers and evaporators. Corrosion tests substantiate its resistance when exposed to marine environments.

5. Pulp and Paper: The material is used in pulp cookers, bleaching towers and recovery boilers in the pulp and paper industry. It maintains performance during exposure to process chemicals.

6. Mining: Titanium Clad Carbon Steel is employed in mineral processing plants and pipelines in acidic or alkaline conditions. Abrasion and corrosion resistance are confirmed by operational evaluations.

7. Aerospace: It is utilised in aerospace components, including aircraft frames and landing gear. Its low density and verified corrosion resistance support its application in this sector.

Titanium Clad Carbon Steel Packaging

Titanium Clad Carbon Steel is externally marked and labelled to ensure efficient identification and quality control. Strict measures are in place to prevent damage during storage or transport.