Color Coding Electrical PVC Tape KC61

◆ High tensile strength.

◆ High elongation.

◆ Good insulation property.

◆ Excellent electrical properties.

◆ Good shape retention.

◆ Operation and installation easily.

◆ High tensile strength and elongation rate.

◆ Good insulation property.

◆ Excellent electrical properties.

◆ Operation and installation easily.

◆ RoHS 2011/65/EU(2015/863/EU) compliant.

◆ various colors are available.

◆ High tensile strength.

◆ Flame retardant.

◆ High elongation at break.

◆ The back is rubber pressure-sensitive adhesive with good initial viscosity and bonding strength.

◆ Excellent electrical properties.

◆ Withstand high/low temperature.

◆ Operation and installation easily.

Product Applications COTRAN JJC series insulation piercing connectors are applicable for all types of LV-ABC conductors as well as connections in service line system, building electrical system and street lighting system. installation of JJC can be easily done by tightening bolts to forceteeth penetrate insulation of main line and tap line simultaneously. Stripping of insulation is avoided for both lines. Feature Material: insulation material made of weather resistant polymer. Contact teeth made of tinned brass or copper or aluminum. Meet standard requirements: EN 50483-4, NF C33-020, NF C33-004 Specification Type Main line section (mm²) Branch section (mm²) rated current (A) Dimensions  (mm) Weight (g) Piercing Depth (mm) No. of bolts JJC888 0.75-6 0.75-6 41 21*27*23 10 1-1.5 1 JJC-1 1.5-25 1.5-10 55 27*41*62 55 1.5-2 1 JJC-2 16-95 1.5-10 55 27*41*62 55 1-2 1 JJC-3(A) 6-50 4-25 157 42*45*62 110 2.5-3.5 1 JJC-3 16-95 4-35(50) 157 46*52*87 160 2.5-3.5 1 JJC-4 50-150 6-35(50) 157 46*52*87 162 2.5-3.5 1 JJC-5 25-95 25-95 214 50*61*100 198 3-4 1 JJC-5-1 16-120 16-120 214 50*61*100 198 3-4 1 JJC-6 (35)50-150 (35)50-150 316 50*61*100 280 3-4 1 JJC-7 120-240 25-120 276 52*68*100 360 3-4 1 JJC-7-1 150-240 10-25 102 52*68*100 336 3-4 1 JJC-8 95-400 35-300 425 83*130*130 1050 5-6 2

◆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

◆High material utilization

◆Battery side heat dissipation

◆Large thermal dissipation area

◆High thermal dissipation efficiency

◆Low leakage risk and high reliability

◆Stable and high production efficiency

◆Reduce the weight of the battery pack

◆Improve the battery life and performance

◆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 highsecurity

◆High processing efficiency

◆Good welding performance

◆Large thermal transfer area

◆High tightness and strength

◆Flexible flow channel design

◆Rapid thermal cooling speed

◆Thin thickness to save space

◆Good thermal exchange effect