19.05mm x 6.35mm Titanium Grade 2 Flat Bar / Rod

Titanium Grade 2 Flat Bar
ASTM B348 Gr2
UNS R05400

Note : Contact us directly if you need larger quantity, custom cut lengths or lengths longer than those listed above. We will be happy to assist you.

1. Chemical Processing & Petrochemical

Grade 2 is the standard for components exposed to aggressive chemicals. Flat bars are often machined or formed into:

• Pressure Vessel Brackets: Used for internal supports within reactors.

• Agitators and Mixers: Machined into blades for stirring corrosive slurries.

• Flanges and Manifolds: Providing the raw block material for fluid control systems handling acids or chlorides.

2. Marine Engineering

Because titanium is virtually immune to corrosion from salt water and brackish water, Grade 2 flat bars are essential for:

• Desalination Plant Components: Structural supports and frames within evaporation units.

• Underwater Housings: Protective frames for sensors and cameras used in deep-sea exploration.

• Shipbuilding: Specialized brackets and fittings that must resist the "salt spray" environment without the maintenance required by coated steels.

3. Power Generation

In power plants (specifically nuclear and coal), Grade 2 is used in heat exchanger systems. Flat bars serve as:

• Tube Sheets and Baffles: Providing the structural "skeleton" that holds cooling tubes in place.

• Condenser Components: Where resistance to high-velocity cooling water is mandatory to prevent erosion-corrosion.

4. Anodes & Electroplating

Titanium has unique electrochemical properties. Grade 2 flat bars are widely used as:

• Anode Baskets: Holding plating materials in acid baths.

• Bus Bars: Conducting electricity into electrochemical cells while remaining stable in the corrosive atmosphere of a plating shop.

5. Architecture & High-End Design

Due to its unique grey-silver aesthetic and "set-and-forget" durability, Grade 2 flats are used for:

• Structural Facades: In coastal buildings where steel would rust within years.

• Medical Furniture: Used in cleanroom environments where constant sterilization with harsh chemicals would degrade other metals.