Cable Crimping Dies

Browse through our range of Cable Crimping Dies from leading manufacturer, Klauke. If you have any questions or specific requirements, please don't hesitate to contact us.
Klauke DIN Dies HD13 Crimping Dies Klauke DIN Dies HD13 are suitable for copper compression cable lugs (DIN 46235) and connectors (DIN 46267, part 1) acc to DIN. We supply a broad range of cable crimping dies for ... Read More...

Klauke Double Lug Crimping Die HDP13 Klauke Double Lug Crimping Die HDP13 is suitable for double compression cable lugs. We supply a broad range of cable crimping dies for Klauke cable crimpers ranging from standard, ... Read More...

Klauke H-Crimp Crimping Die HAH13 Klauke H-Crimp Crimping Die HAH13 is suitable for h-type clamps. We supply a broad range of cable crimping dies for Klauke cable crimpers ranging from standard, to H-crimping and double ... Read More...

The Klauke H-Crimp Crimping Dies H22 is suitable H-type clamps. We supply a broad range of cable crimping dies for Klauke cable crimpers ranging from standard, to H-crimping and double lug crimping dies. Reference: mmSq ... Read More...

The Klauke HR13 Standard Crimping Die is suitable for Copper tubular cable lugs and connectors (standard design), and tubular cable lugs for switchgear connections. We supply a broad range of cable crimping dies for Klauke ... Read More...

Klauke R22 Standard Crimping Dies are suitable for copper tubular cable lugs and connectors (standard design), and tubular cable lugs for switchgear connections. We supply a broad range of cable crimping dies for Klauke cable ... Read More...

Klauke HR5 Standard Crimping Die Klauke HR5 Standard Crimping Die is suitable for copper tubular cable lugs and connectors -standard design. We supply a broad range of cable crimping dies for Klauke cable crimpers ranging ... Read More...

Klauke D22 DIN Crimping Dies are suitable for compression cable lugs DIN 46235, connectors DIN 46267, part 1. We supply a broad range of cable crimping dies for Klauke cable crimpers ranging from standard, to H-crimping and double ... Read More...