C17200 non-magnetic beryllium copper round rod bar

C17200 non-magnetic beryllium copper round rod bar, high-strength elastic beryllium copper alloy

Usage: Multiple purposes

Custom processing: Yes

Type: Beryllium copper rod

Material: C17200

Specification: 1.0mm - 200mm

Length: Customized as per requirement

Availability: Yes

Beryllium copper rods (beryllium bronze) are precipitation hardening alloys. After solution and aging treatment, they possess extremely high strength, hardness, elastic limit and fatigue limit, with small elastic lag, and also have corrosion resistance and processing properties. Beryllium bronze alloys are an indispensable material for the construction of repeaters in submarine cables. They have the characteristics of wear resistance, low-temperature resistance, non-magnetism, high conductivity, and no spark during impact. They also have good fluidity and the ability to reproduce fine patterns. Due to the numerous superior properties of beryllium bronze alloys, they have been widely applied in the manufacturing industry.

Precision beryllium copper rod

Non-magnetic, high elasticity, corrosion-resistant, high-temperature resistant Comprehensive specifications

Customized non-standard laser cutting, CNC numerical control lathe, chamfering, surface treatment

Material cutting by high-speed sawing machine

Smooth cuts, no burrs, smooth surface, fine structure

The C17200 beryllium copper possesses non-magnetic properties, which enables it to be widely applied in high-precision equipment and aerospace fields that require no magnetic interference. For instance, in advanced medical instruments, aviation electronic equipment, and precision instruments, non-magnetic materials can effectively prevent magnetic field interference, ensuring accurate measurement and stable operation of the instruments. Moreover, the excellent electrical conductivity and thermal conductivity of this alloy make it outstanding in fields such as electrodes, heat exchangers, and electronic connectors, providing a solid foundation for high-frequency and high-speed signal transmission.