ShiverPeaks BS50200 conector macho jack 6,3 mm estéreo, 3 polos, metal, soldable, con protección antivuelco

For secure, corrosion-proof electrical connections in demanding environments, the SHIVERPEAKS BS50200 flat spade terminals stand apart from standard brass connectors. Made entirely from stainless steel, they resist rust and oxidation far better than typical tin-plated alternatives, ensuring long-term reliability in automotive, marine, and industrial wiring. Each connector features a 6.3 mm female disconnect profile, crimped directly onto the wire for a gas-tight, vibration-resistant joint—no soldering required.

Highlights

• Stainless steel construction for superior corrosion resistance
• Uninsulated 6.3 mm flat spade (female disconnect) design
• Crimp connection for quick, secure installation
• Accepts wire cross-sections from 0.5 mm² to 1.5 mm²
• Bulk pack of 100 pieces for professional use

In daily use

These connectors are ideal for automotive repairs, appliance wiring, and industrial control panels where moisture or chemicals may be present. Simply strip the wire, insert it into the barrel, and crimp with a standard crimping tool. The stainless steel material maintains its spring force over time, preventing loosening even under constant vibration. Because they are uninsulated, you can add your own heat-shrink tubing or leave them exposed in protected enclosures.

Full specifications

• Brand: SHIVERPEAKS
• Model: BS50200
• MPN: BS50200
• EAN: 4017538058898
• Connector type: Flat spade terminal (female disconnect)
• Connector width: 6.3 mm
• Connection method: Crimp
• Material: Stainless steel
• Insulation: Uninsulated
• Compatible wire cross-section: 0.5 mm² – 1.5 mm²
• Corrosion resistance: High
• Colour: Metallic silver
• Pack quantity: 100 pieces

Final note

Whether you are rewiring a classic car, building a marine electrical system, or maintaining industrial machinery, the SHIVERPEAKS BS50200 stainless steel connectors deliver the durability and conductivity you need for a lasting, safe connection.