Beryllium copper hollow core metal wire mesh liner

Beryllium Copper Hollow Wire Gasket is a product designed specifically for applications that require both efficient electromagnetic shielding and good sealing performance. This type of pad is usually made of beryllium copper, with an empty metal mesh structure giving it unique properties.

Characteristics of Beryllium Copper Material

Beryllium Copper (BeCu) is an alloy material containing approximately 1.6% -2.0% beryllium, with the remainder being copper. This material is known for its high strength, good conductivity, corrosion resistance, and elasticity. Beryllium copper is very popular in applications that require high mechanical properties and conductivity.

Structure and Design

The design of beryllium copper hollow core metal wire mesh liner usually includes:

• Hollow metal wires: These metal wires are hollow structures that can provide better elastic recovery force during compression, ensuring good sealing performance.
• Metal wire mesh: The metal wire is woven into a mesh structure, enhancing the overall strength of the pad and providing effective electromagnetic shielding performance.

Characteristics and advantages

• High elasticity: The high elasticity of beryllium copper material enables the gasket to quickly recover to its original state after compression, ensuring sealing performance under long-term use.
• Electromagnetic shielding: The metal mesh structure provides efficient electromagnetic shielding effect, suitable for applications that require reducing electromagnetic interference (EMI).
• Corrosion resistance: Beryllium copper has excellent corrosion resistance and can be used in harsh environments.
• Durability: This type of pad can not only withstand high compression, but also has a long service life.

Application scenarios

Beryllium copper hollow core metal wire mesh gasket is widely used in sealing and shielding environments that require high reliability, especially in military, aerospace, communication equipment, medical equipment and other fields. For example:

• Military equipment: used for shielding and sealing military electronic devices.
• Aerospace: Doors, covers, and other areas of aircraft, satellites, and other equipment that require sealing and shielding.
• Communication facilities: door gaps and interfaces of equipment such as base stations and server cabinets.
• Medical equipment: Medical devices that require protection against electromagnetic interference.