Sheet metal in Industrial-Grade Titanium (TA1) | Manufacturing Materials

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ASTM B265 Gr1
Industrial-Grade Titanium (TA1)

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Industrial-Grade Titanium (TA1)

Material type: Metallic Materials, Titanium and Titanium Alloys, Industrial-Grade Titanium (TA1)

ASTM B265 Gr1 is an industrial-grade pure titanium sheet with good ductility, making it suitable for sheet metal bending and forming. It is resistant to chloride ion corrosion, and welding requires inert gas protection.

Process compatibility

Sheet metal

Material Color

Silver

Material advantages

Advantages: lightweight, non-magnetic, resistant to salt spray and chloride ion corrosion, self-repairing surface passive film, and capable of TIG welding.

Material shortcomings

Relatively low strength; prone to work hardening during cold working; requires strict oxidation control during welding and cutting, which increases costs; not resistant to hydrofluoric acid or concentrated hydrochloric acid.

Recommended description

ASTM B265 Gr1: Industrial-grade pure titanium sheet with good ductility, making it suitable for sheet metal forming, and resistance to chloride ion corrosion; it has relatively low strength, requires argon gas shielding during welding, and is relatively expensive.

Properties

Name
Density	4.51 g/cm³
Melting point	1668 °C
Coefficient of linear expansion	8.6×10⁻⁶ /°C
Thermal conductivity	16.4 W/(m・K)
Magnetic properties	Non-magnetic

Common applications

• Marine / Salt Fog Environment Equipment

Seawater cooling unit housings, marine exploration instrument enclosures, cabinets for salt fog conditions, and sheet metal linings for seawater piping—resistant to chloride ion pitting corrosion.

• Chemical Corrosion-Resistant Equipment

Linings for chemical vessels, reaction tank covers, flue gas / corrosive fluid ducts, and thin-sheet protective covers for acidic and alkaline environments—suitable for media such as nitric acid and organic acids.

• Medical Devices

Sheet metal enclosures for medical equipment and thin-walled instrument components, with excellent biocompatibility.

• Special Non-Magnetic Equipment

Non-magnetic housings for MRI scanners and precision testing instruments, ensuring non-magnetic properties and no signal interference.

• Heat Exchange Equipment

Thin sheets for plate heat exchangers and sheet metal components for heat exchange assemblies.

Case Studies