Guide 3M Cold Shrink Splices | 3M United States
3M electrical splices feature cold shrink technology, which is engineered for easy installation by unwinding the inner core. Reduce the time, labor and cost that comes with electrical cable splicing.
Guide Cable Joint Kits
Used across both Low Voltage and Medium Voltage applications (albeit notably different products), these cable jointing kits use either Cold shrink or Heat Shrink technology. Both options are
Guide NEXANS COLD SHRINK CABLE JOINTS, HV JOINTS, NEXANS JOINTS
Nexans cold shrinkable high voltage straight and transition cable joints are suitable for all single and three core cables at 11kV, 24kV and 33kV, 35-1000sqmm conductors.
Guide Medium Voltage (MV) Accessories Catalog
The splice can easily accommodate different types of insulation (EPR to XLPE), different insulation thicknesses (175 mil to 220 mil, or 260 mil to 345 mil), as well as different conductor sizes and metals.
Guide MV Cold shrink joints
Ensto supplies a wide range of cable jointing products. Silicone or heat shrink outer jackets with different features. CJ is a total cold shrink solution, and CJH is a hybrid solution with a heat shrink outer jacket.
Guide 3M Cold Shrink Cable Joints (MV-HV 11kV 33kV 66kV)
Thorne & Derrick distribute 3M Cold Shrink Cable Joints suitable for jointing, connecting and splicing medium and high voltage (MV-HV) cables including 11kV, 33kV, 66kV and 132kV – we provide
Guide Cold Shrink Cable Joints and Terminations | TE Connectivity
Search our portfolio of Cold Shrink Cable Accessories Models & Products and select your specifications. You can now buy select products directly on TE .
Guide WOER Cold Shrink Cable Jointing Kit
WOER offers premium cold shrink jointing kits including LV 1-5 core, MV 1-core & 3-core options, plus cast resin straight-through and branch joints. Get your reliable cable solutions today!
Guide Disconnectable Joints
The Richards Disconnectable Joint system is a multi-way medium voltage splicing system available through 35kV. Commonly found in higher load density underground systems, these Joints can be