Tin bronze hexagonal rod for electrical connection

Diameter: 3 - 120mm

Length: 340 - 3300mm

Tolerance: + - 0.02

Resistivity low (approximately 0.018 μΩ·m)

Tin: 8% - 10%

Sales type: Stock available

Complete specification and size information

The hexagonal rod of tin bronze is a copper-based alloy composed mainly of copper and tin. The hexagonal rod of tin bronze possesses a series of unique physical and chemical properties, which makes it play an important role in industrial production.

Complete specification and size information table of tin bronze rod

The cross-sectional shape of the tin bronze rod hexagonal rod: The cross-section of the hexagonal rod is a hexagon, while that of the round rod is a circle. The hexagonal design enables it to be clamped by a standard wrench and is suitable for scenarios requiring anti-rotation (such as connecting parts, valve components).

The tin bronze hexagonal rods are mainly used in the field of electrical connections. Their excellent conductivity, heat conductivity and corrosion resistance provide stable and reliable electrical connections for electronic devices.

Specific application scenarios of tin bronze hexagonal rod

‌Electronic device connection components

Tin bronze hexagonal rod used for manufacturing connectors, plugs, sockets, cables, etc. of electronic components to ensure stable signal transmission. ‌

Motor windings and grounding system

As the material for motor winding wires or grounding wires, it enhances the corrosion resistance and durability of electrical equipment.

Electrical Engineering Distribution System

This system is used for components such as wires, cables, and grounding rods, ensuring the safe and efficient operation of the power system.

Performance advantages of tin bronze hexagonal rod

l ‌Electrical conductivity‌

Low resistivity (approximately 0.018 μΩ·m), ensuring efficient current transmission. ‌

l ‌Corrosion resistance‌

Stable performance in humid or corrosive environments, extending the lifespan of the components. ‌

l ‌Mechanical properties‌

Tensile strength ≥ 355 MPa, meeting the strength requirements for connection components.