Titanium Long Overhang Bolts

The density of titanium alloy is only 4.5g/cm³, which is about 60% of steel. The product is manufactured by high-strength titanium alloy Seiko, with a tensile strength of up to 1100MPa, which significantly reduces the weight of the fastener while ensuring structural strength.

The lightweight advantage can greatly reduce the mass of rotating parts and unsprung loads, reduce the inertia of motion, improve the handling response, and reduce the impact wear of mating parts, making it widely suitable for high-performance bicycles, motorcycles, racing cars, and aerospace precision structural parts.

Titanium naturally has excellent passivation properties, and can form a dense and stable oxide film on the surface, which performs well in highly corrosive environments such as seawater, moisture, industrial chemicals, and salt spray.

It can effectively avoid the risk of galvanic corrosion and stress corrosion cracking, and is suitable for offshore ships, outdoor construction machinery, humid environment facilities, etc., ensuring the stability and safety of the whole life cycle of the connection structure, and greatly reducing maintenance costs.

Ordinary steel is prone to strength attenuation and creep at high temperatures, while titanium alloys have excellent thermal stability and resistance to high-temperature oxidation.

The product can maintain stable mechanical properties under high temperature conditions, adapt to engine accessories, exhaust systems, turbomachinery, thermal components and other scenarios, maintain long-lasting clamping force in frequent thermal cycles, and eliminate loosening and fatigue fracture.

Titanium alloy is completely non-magnetic and has excellent electromagnetic compatibility, making it an ideal choice for precision electronics, medical and communication fields.

It is used for the installation of nuclear magnetic resonance equipment, high-precision sensors, aerospace electronics, and medical implants, which can completely avoid magnetic interference, ensure signal transmission and measurement accuracy, and ensure the stable operation of sensitive equipment.

Titanium alloys have an extremely high fatigue limit ratio and can withstand vibration, alternating loads and shock loads for a long time, which is a core advantage in measuring the quality of fasteners.

It is suitable for key parts such as mechanical frames, chassis connections, and powertrains with high stress amplitudes, effectively preventing fretting wear and crack propagation, and providing long-term safety for core equipment.