Scotch
Splicing Tape 130C
Data Sheet
Product Description
Scotch
highly conformable, linerless, ethylene rubber (EPR),
high-voltage insulating tape, formulated to provide
excellent thermal dissipation of splice heat. The tape
is designed for use in splicing and terminating wires
and cables. Rated up to 90˚C continuous operating
temperatures and short-term 130˚C overload service.
The tape has excellent physical and electrical
properties, which provide immediate moisture seals
and void-free build-ups. This product can be used for
low and high-voltage (through 69 kV) applications.
• Linerless, self-bonding, primary insulating tape
• High thermal conductivity.
• Ethylene propylene base.
• Excellent physical and electrical properties.
• Designed to insulate splices and terminate cables
• Physical and electrical properties unaffected by
• Compatible with common, solid dielectric cable
• Uniform tape unwind from roll
• Small roll size (O.D.)
• Five-year shelf life
• Stable over wide application temperature range
• Weather resistant
Applications
• Primary insulation for splicing all types of solid
• Primary insulation for building stress cones on all
• Jacketing (secondary insulation) on high-voltage
• Moisture-sealing electrical connections
• Bus bar insulation
rated through 69 kV.
whose overload temperatures can reach 130˚C.
degree of stretch
insulation
dielectric insulated cables through 69 kV
types of solid dielectric insulated cables up to
35 kV
splices and terminations
®
Linerless Rubber Splicing Tape 130C is a
®
Linerless Rubber
• End-sealing high-voltage cables
• Motor leads
• Jacket repairs
Typical Data/Physical Properties
Physical Properties
Test Method
Color
Thickness
(ASTM-D-4325)
Tensile Strength
(ASTM-D-4325)
Ultimate Elongation
(ASTM-D-4325)
Operating Temperature
(ASTM-D-4388)
Emergency Overload
(ASTM-D-4388)
Thermal Conductivity (23°C)
(ASTM-C-518)
Ozone Resistance
(ASTM-D-4388)
Heat Resistance
(ASTM-D-4388)
UV Resistance
(ASTM-D-4388)
Physical Properties
Test Method
Dielectric Strength
(ASTM-D-4325)
Original
24 hrs. in H
96 hrs. @ 23˚C 96% RH
2
O
Typical Value*
Typical Value*
(29,5 MV/m)
(29,5 MV/m)
(28,7 MV/m)
(0,762 mm)
(1,72 MPa)
0.3 W/m˚C
750 V/mil
750 V/mil
730V/mil
(194˚F)
(266˚F)
30 mils
250 psi
130˚C
Black
850%
90˚C
Pass
Pass
Pass
