Pure Titanium I-Beams

II. Product Features

I-beams are produced using a cold welding process. GR2 has irreplaceable properties among titanium materials; its plasticity is stronger than GR1, its hardness is lower than that of titanium alloy base materials, and its surface retains the original metallic color of titanium. During production and processing, strict control is exercised over each process step, adhering to standard quality control systems. Pure titanium I-beams are used in the aerospace field as structural components and support structures for aerospace vehicles, ensuring the stability and safety of aircraft. They are used to manufacture the support structures for wings and fuselages. Their strength and lightweight characteristics make aerospace vehicles more stable and efficient. The use of I-beams is simple and efficient. Before construction, the steel should be inspected to eliminate defects. During installation, welding or bolting is commonly used to firmly connect the I-beams to the structural frame, ensuring stability and safety. For large or heavy I-beams, specialized lifting tools are required for precise positioning.

Pure titanium and titanium alloys, along with the plasticity, high-temperature resistance, and corrosion resistance of I-beams, make them an important structural material for aerospace and shipbuilding.