Metal Shielding Mesh Tape for Power Cable KC84

◆High production efficiency

◆Good heat exchange effect

◆Large thermal transfer area

◆High performance cost ratio

◆Rapid thermal cooling speed

◆Thin thickness to save space

◆Easy processing and shaping

◆Low leak risk and high security

COTRAN HHWT co-extruded heavy wall heat shrinkable tubing with hot melting adhesive is made from radiation crosslinked polyolefin. Specifically designed formulation makes the tubing to have outstanding physical, chemical and electrical properties, and also meet the requirement of RoHS and other environment concerned standards. It is designed for applications to seal and protect electrical splices, cable terminations and joints where electrical insulation and water proof are required. 3:1 shrink ratio allows it easily fit over irregular shape and large connectors.

Applications
Color-coded end piece provides instant visual identification of maximum conductor size
Funnel-shaped end piece quickly guides conductor into right position for insertion.
Pilot cap envelops strands and guides conductor pass serrated jaws and into splice center.
Precisely die-casted jaw provides optimum contact area for greater range of conductor sizes, reducing inventory stocking requirements.
Compressing stainless-steel spring positions jaws for positive conductor acceptance.
Tubular centers stop automatically determining proper insertion length of conductors.
High-strength, aluminum alloy tube covers connection for superior corrosion protection and lasting service life.

Enclosed is the instruction sheet, save time and eliminate potential for errors during installation.

Specification

◆Excellent surface flatness

◆Large thermal transfer area

◆Flexibleflow channel design

◆Easyprocessing and shaping

◆Goodthermaldissipation effect

◆Low leakage risk and high safety

◆Good pressure resist and strength

◆High production efficiency and yield

1. The body of joint is made of imported silicone rubber with good quality, so it is with high strength, elasticity and tear resistance as well as excellent thermal

aging resistance.

2. The body of joint has integral pre-fabricate structure with high voltage shielded, stress cone and insulating injection pressed integration, so it has excellent properties and easy to test as well as install.

3. The body of joint is analized and computed optimization by finite element software, so it has more resonable field-intensity distribution and high insulation safety margin.

4. The body of insulating joint and straight through joint is the same, the d ifference is just the handling of shielding on-site installation, insulating joint with one side insulated and the rest shielded while staight through joint full shielded.

5. The joint has completely sealed structure with high mechanical strength and good sealing performance.

6. Joint protecting is made of insulating copper case with high-intensitive T2 copper, and the moulded high-density PE material of its external surface is used for insulation and anti-corrosion with good mechanical protection and permanent waterproof sealing performance, which ensure the joint to run safely and reliably in the long-term under harsh environment.In addition, it can equip glass fiber reinforced plastic protective box as a strengthen waterproof measure accordingly.

7. Special installer tools make the installation more convenient.

◆ Can be used to repair XLPE cable terminations and joints or shielding for other devices up to 110kV.

◆ Retains its conductivity when stretched.

◆ Semi-conducting (low resistivity).

◆ Suitable for irregular shapes cable with good elongation.

◆ Withstand high temperatures (130°C/266°F) short-term overload.

◆ Compatible with all solid dielectric cable insulations and conductors.

◆ Resistance to ozone, solvents, UV, xenon exposure and moisture.

◆ Suitable for indoor or outdoor applications.

◆ Operation and installation easily.

◆ Increases its conductance and will not harm it in any way.

◆Good surface smoothness

◆Large thermal transfer area

◆Optional flow channel design

◆Easy processing and shaping

◆Excellent thermal cooling effect

◆Low leakage risk and high reliability

◆Stable and high production efficiency

◆Good pressure resistance and strength

◆Large thermal transfer area

◆Flexible flow channel design

◆Rapid thermal cooling speed

◆Excellent thermalcooling effect

◆Low leakage risk and high security

◆Stable and high production efficiency

◆Good pressure resistance and strength

◆Improve battery function andperformance