Price range: £0.31 through £44.31
All terminals come in packs of 100
Material composition: copper and tin
Operating temperature: -40°C to +105°C
Max. voltage rating: 600V
Standard Delivery for mainland UK postcodes (excluding N Ireland, Scottish Highlands):
Orders Under £25.00 £7.95 +VAT to all UK postcodes
Orders From £25.01 – £75.00 £6.95+VAT to all UK postcodes.
Orders Over £75.00 Free of Charge to all UK postcodes.
Special Delivery Options & N Ireland, Scottish Highlands and Non Mainland UK postcodes:
Next Working Day delivery £9.50+VAT to Mainland UK excluding Scottish Highlands.
Delivery to off shore Islands and Scottish Highlands with a UK Postcode is £30.00+VAT.
Delivery Notes:
1pm is the cut off point for Next Day deliveries.
Please note that Printed Cable Ties have a 2 to 4 week lead time, so next day delivery will apply only once the cable ties are printed.
Tracking:
Tracking details will be emailed to you once your order has shipped.
Our uninsulated bootlace ferrules – also known as uninsulated cord ends or cord end terminals – provide a reliable and professional finish for stranded wire terminations in industrial and commercial applications.
These ferrules are crimped onto the end of stranded wires to prevent fraying and ensure consistent contact in terminal blocks, relays, and electrical connectors. The lack of insulation gives maximum flexibility for installations where additional sleeving or housing is already in place.
🧰 Trade-Ready Packs
Supplied in packs of 100 to support volume installations.
⚙️ Tin-Plated Copper Construction
Made from high-conductivity copper and tin-plated for excellent corrosion resistance.
🔩 Secure Electrical Connections
Crimped ferrules provide a dependable mechanical and electrical bond.
🌡️ Temperature Range
-40°C to +105°C
⚡ Voltage Rating
Rated for electrical use up to 600V.
📏 Wire Compatibility
Available in a full range of sizes for wires from 0.5mm² to 120mm².
Whether you’re wiring control panels, switchgear, or automation equipment, these uninsulated cord ends deliver professional performance and long-term reliability.
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