Why Choose the Cembre 2518870 Flexible Tin-Plated Copper Braided Connector?
The Cembre 2518870 is a premium flexible tin-plated copper braided connector engineered to provide dependable electrical continuity while accommodating vibration, movement and thermal expansion in industrial electrical installations. As part of the trusted Cembre FL-ST series, it is ideally suited for switchboards, busbar systems, electrical panels, transformers and grounding applications.
Manufactured from annealed electrolytic copper with a durable tin-plated finish, the connector combines outstanding electrical conductivity with excellent corrosion resistance. Its flexible construction helps reduce mechanical stress on electrical joints, improving the long-term reliability of industrial power distribution systems.
The FL16-150-ST model features a 16 mm² copper braid, an overall length of 150 mm, and two factory-crimped M8 eyelet terminals, making it ideal for flexible bonding, grounding and power distribution applications.
Key Advantages
- Flexible tin-plated copper braided connector.
- 16 mm² conductor cross-section.
- 150 mm overall length for compact installations.
- Factory-crimped M8 eyelet terminals.
- Tin-plated finish provides excellent corrosion resistance.
- Suitable for switchgear, transformers, busbars and grounding systems.
Key Features
- Manufacturer: Cembre.
- Series: FL-ST Flexible Braids.
- Model: FL16-150-ST.
- Part number: 2518870.
- Tin-plated annealed electrolytic copper braid.
- 16 mm² conductor cross-section.
- 150 mm overall length.
- 130 mm centre distance between fixing holes.
- 2 × M8 eyelet terminals.
- Designed for industrial grounding and flexible power connections.
Reliable Flexible Electrical Connections
Flexible copper braided connectors provide excellent electrical conductivity while allowing movement between connected components. They minimise mechanical stress caused by vibration, thermal expansion and equipment movement, helping improve long-term electrical reliability.
The Cembre FL-ST range combines the conductivity of electrolytic copper with the corrosion resistance of tin plating, making these connectors particularly suitable for demanding industrial environments requiring dependable grounding and bonding.
Typical Applications
- Electrical switchboards.
- Industrial control panels.
- Busbar systems.
- Grounding and bonding installations.
- Transformer connections.
- Industrial machinery and OEM equipment.
