Product Catalog
Select a product type and then refine your search with filters
Categories:
- Single Wall Tubing
- Dual Wall Tubing
- Medium and Heavy Wall Tubing
- High Temperature Products
- Marker Sleeves
- Braided Sleeves
- Halogen-Free Heat-Shrink Tubing
- Wildlife Mitigation
- Protection Caps
- Electrical Products
- Electrical Connection Systems
- Heat-Shrink Machines
- Water Blocking Solutions
- Market Specific Solutions
Filter by:
-

CJ 20 Series
View Product: CJ 20 Series
CJ 20 Series
Heat shrink medium voltage joints
CJ 20 series joints are single-core, 5 kV to 35 kV, heat shrink joints for XLPE and EPR extruded dielectric, metal tape, wire and lead sheath-shielded power cables. The CJ 20 series joints are supplied with all of the hardware required to shield and externally ground the joint without soldering. Most of the joints can be supplied with either a tube or a wraparound sleeve for the outer jacket.
MORE DETAILS -

CJ 320 Series
View Product: CJ 320 Series
CJ 320 Series
Heat shrink medium voltage joints
CJ 320 series joints are three-core, 5 kV to 35 kV heat shrink joints for XLPE and EPR extruded dielectric, metal tape and wire-shielded power cables. The CJ 320 series joints are supplied with three single-core joints plus a railed wraparound sleeve with stainless-steel channels to form a tube.
MORE DETAILS -

CJ 390 Series
View Product: CJ 390 Series
CJ 390 Series
Heat shrink medium voltage joints
The CJ 390 series joints are straight heat shrink joints for splicing three conductor 15 kV and 25 kV jacketed or unjacketed paper and lead laminated dielectric cable (PILC or VCLC) to three conductor jacketed or unjacketed paper and lead laminated dielectric (PILC or VCLC) cables.
MORE DETAILS -

CJ 3A20 Series
View Product: CJ 3A20 Series
CJ 3A20 Series
Heat shrink medium voltage joints
These heat shrink cable joints are suitable for 3/C armored, 5-35 kV XLPE and EPR extruded dielectric, metal tape and wire-shielded power cables. The CJ 3A20 series joints are supplied with a galvanized steel wraparound armoring system and a railed wraparound sleeve to form the outer jacket.
MORE DETAILS -

CJ 80 Series
View Product: CJ 80 Series
CJ 80 Series
Heat shrink medium voltage joints
The CJ 80 series joints are single-core, heat shrink joints for splicing 15 kV and 25 kV jacketed or unjacketed paper and lead-laminated dielectric cable (PILC or VCLC) to itself or to XLP or EPR extruded dielectric, tape, wire-shielded or concentric neutral cable.
MORE DETAILS -

CJ LC Series
View Product: CJ LC Series
CJ LC Series
Heat shrink medium voltage joints
CJ LC series joints are single-core, 15 kV to 35 kV, heat shrink joints for XLPE and EPR extruded dielectric, longitudinally corrugated type LC cables. The joints are supplied with all the hardware required to shield and externally ground the joint without soldering. Dual moisture blocked tinned copper braids with constant force springs make the connection of the LC shield across the joint and to ground. The wraparound jacketing sleeve allows for reduced installation space.
MORE DETAILS -

CJ N50 Series
View Product: CJ N50 Series
CJ N50 Series
Heat shrink medium voltage joints
Heat shrink splices for single, three core and three core armored, 5 kV through 8 kV, XLPE and EPR non-shielded cables for the utility and construction markets.
MORE DETAILS -

CJ R10 Series
View Product: CJ R10 Series
CJ R10 Series
Heat shrink medium voltage joints
CJ R10 series joints are single core, 15 kV to 35 kV, heat shrink repair joints for bare and jacketed concentric neutral cable. They are designed to repair faulted cables or joints by replacing the damaged area with a longer make-up connection. The CJ 10J series joints use the same joint components as the CJ R10 joints but are supplied with a wraparound jacketing sleeve to seal from cable jacket to cable jacket on jacketed concentric neutral cables.
MORE DETAILS -

CJ Series
View Product: CJ Series
CJ Series
Heat shrink cable joints for 1/C and 3/C, 5 kV - 35 kV shielded and non-shielded power cables for the electrical utility and industrial markets
The CJ series heat shrink cable joints rated 5 kV through 35 kV are designed for single core and three core non-shielded, metallic tape, wire shielded, concentric neutral, jacketed concentric neutral and LC type shielded cables. Individual designs cover both extruded dielectric (XLP/EPR) and laminated dielectric (PILC/VCLC) power cables. The joints use continuously extruded components for stress control, insulation and the insulation shield. This ensures cable quality consistency. They do not suffer from the potential shot-to-shot variability of molded products. The CJ series joints have redundant seals. The first seal is provided by a heavy wall tube or wraparound sleeve that encapsulates the joint and seals between the cable jackets. The secondary, or redundant seal, is provided by the heavy wall conductive tube that shields and seals the joint to the cables insulation shield
MORE DETAILS -

CJT 80 Series
View Product: CJT 80 Series
CJT 80 Series
Heat shrink medium voltage joints
The CJT 80 series joints are trifurcating transition, heat shrink joints for splicing three conductor 15 kV and 25 kV jacketed or unjacketed paper and lead laminated dielectric cable (PILC or VCLC) to three each, single conductor XLP and EPR extruded dielectric, tape, wire shielded, bare or jacketed concentric neutral cables.
MORE DETAILS -

CJT 90 Series
View Product: CJT 90 Series
CJT 90 Series
Heat shrink medium voltage joints
The CJT 90 series joints are trifurcating heat shrink joints for splicing three conductor 15 kV and 25 kV jacketed or unjacketed paper and lead laminated dielectric cable (PILC or VCLC) to three each, single conductor jacketed or unjacketed paper and lead laminated dielectric (PILC or VCLC) cables.
MORE DETAILS -

CLES 390 Series
View Product: CLES 390 Series
CLES 390 Series
Heat shrink medium voltage live end seals
The CLES 31590 and CLES 32590 series joints are heat shrink live end seals for three conductor 15 kV and 25 kV jacketed or unjacketed paper and lead, laminated dielectric cable (PILC or VCLC)
MORE DETAILS