Product Details:
|
Color: | Black Or Printed | Application: | For Jointing And Repairing A Wide Range Of Solid Dielectric Power Cables Up To 69 KV. |
---|---|---|---|
Place Of Origninal: | China | Material: | Ethylene Propylene |
Width Size: | 19;25.4;38;54mm | Thickness: | 0.76mm |
Highlight: | excellent sealing and insulation perfomance,self-fusing properties,high dielectric strength |
Product name:
69KV EPR high voltage insulation tape for cable joint protection
Application:
It is suitable for main insulation and cable joint protection of 69kv and below voltage levels .zk2023 tape combines quickly and can quickly form a void-free,electrically stable sealing layer,which is an ideal choice for electrical insulation and moistureproof and waterproof for telecommunicaiton,mining,electrical industry.
Product Features:
◆ Ethylene propylene rubber tape with a thickness of 0.76mm
◆ It has excellent self-fusing properties
◆ high dielectric strength,and stable chemical properties
◆ Can be used to splice and terminate cable, the emergency overload temperatures can reach 130℃.
◆ Physical and electrical properties are unaffected by the degree of stretch.
◆ A special polyester liner which will not stick to the tape upon unwind.
◆ Operation and installation easily.
◆ Compatible with all solid dielectric cable insulation:
Product Normal Specification:
Product | Model No. | Normal Specification |
ZK2023 LINERED RUBBER (EPR) HIGH VOLTAGE SELF AMALGAMATING TAPES
|
1 | 19mm*0.76mm*9.15m |
2 | 25.4mm*0.76mm*5m | |
3 | 38mm*0.76mm*9.15m | |
4 | 51mm*0.76mm*9.15m |
EPR high voltage insulation tape technical parameters
Technical parameters | ||
Performance | Typical data | Test method |
Tensile strength | 3.83MPa | ASTM D 4325 |
Elongation at break | 850% | ASTM D 4325 |
dielectric strength | 35.16KV/mm | ASTM D 4325 |
volume resistivity | 3.5×1015Ωcm | ASTM D 4325 |
Heat aging(130℃168h) | Pass | ASTM D 4325 |
Ozone aging | Pass | ASTM D 4325 |
UV aging | Pass | ASTM D 4325 |
Xenon lamp | Pass | ISO 4892-2 |
Product pictures for reference.
For your information:
Contact Person: Mr. Richard Lee
Tel: +8618627678155