Bootlace Ferrules

Bootlace ferrules, also referred to as cord end terminals, are small metal sleeves with insulated collars used to terminate the end of stranded wires. These ferrules are crimped over stripped wire ends to form a secure, robust connection that prevents fraying and ensures consistent electrical contact when inserted into terminal blocks or connectors. Their use enhances safety, installation quality, and long-term reliability, especially in control cabinets, panels, and industrial automation systems.

Why Choose Our Bootlace Ferrules?

Our bootlace ferrules offer superior quality, precision engineering, and industry-grade insulation designed to meet both professional and industrial needs. Manufactured using durable tinned copper and high-dielectric insulation sleeves, they ensure secure wire insertion, reduced resistance, and prevention of wire strand breakage. We provide an extensive selection with color-coded options for easy identification, all conforming to international standards for electrical safety and performance.

Choose from Our Premium-Quality Bootlace Ferrules:

Explore our comprehensive range of bootlace ferrules to suit your needs. Our collection includes:

• Single-Wire Bootlace Ferrules: Ideal for terminating individual stranded wires; available in multiple sizes and colors for easy identification.
• Two-Wire Bootlace Ferrules: Designed to accommodate two conductors in one terminal, providing a neat and efficient solution for dual-wiring connections.
• Single-Wire Ferrules with Marker: Combines a ferrule with an integrated marking tag for simplified circuit labeling and maintenance tracking.

Typical Applications of Bootlace Ferrules:

Bootlace ferrules are commonly used in industrial, commercial, and domestic wiring systems for neat, secure, and professional terminations.

• Control and automation panels
• Electrical cabinets and distribution boards
• DIN rail terminal blocks
• Power supply connections
• HVAC systems
• Renewable energy installations (e.g., solar inverters)
• Machine wiring and PLC systems.