|Home||» Products||» GLOSTER WIRE & CABLE||» HT Power Cable|
HT Power Cable
HT XLPE insulated MV grade power cables ( up to 33 KV grade ):
GLOSTER offers an unique design of HT power cable conductor with high degree of compactness (with filling factor of 94%) to achieve better conductivity, low loss. This ensures reduced overall dia of cable, without any compromise in electrical parameters and thereby performance.
Aluminium (H2/H4 grade) of EC grade 61.5% compact circular stranded conductor is used for cables from 3.3 KV grade to 33 KV (E) grade.
As a leading HT XLPE manufacturer India, XLPE insulation is processed by Sioplas system, which is the most popular technology in cable manufacturing process throughout the world for MV grade, which offers equal properties in comparison with cable with dry curing process, is manufactured and tested in our most modern equipped test laboratory under stringent quality check. (refer to the WHY SIOPLUS chapter in our website). Conductor and insulation is shielded by extruded semiconducting tape with lapped semiconducting tape (optional).
Being a renowned HT power cable manufacturer, GI steel strip or round wire are used as per standard design for Multicore cables and aluminium hard drawn wire armour for single core cables.
Outer sheath with black coloured PVC outer sheath of type ST2 for XLPE cables are offered as per relevant BIS. Outer sheath with different colours are also manufactured on demand.
The HT power cables offered by the company are highly appreciated by the clients due to its lightweight design. Being one of the prestigious HT XLPE manufacturers India, the company Manufactures and Exports premium XLPE Power Cables that have easier jointing and termination. GLOSTER being the best HT XLPE manufacturer India has a smaller bending radius in our XLPE Power Cable. HT Power Cable is heat resistant and does not soften at higher temperatures. It also has better resistance to stress cracking and good resistance to ageing in hot air. With the change of structure there is no adverse effect on electrical properties.