Gala is one of the leaders in manufacturing & supplying Components for Power Cable Accessories. One can count on our Electrical Cable Accessories to last for decades and to increase the reliability and efficiency of your grid. They are suitable for low, medium and high voltages applications and can operate under severe environments.
Gala Cold Shrink Breakout are factory expanded and assembled onto a removable core. It provides sealing protection or multi core cable crutch. The insulating cable breakout is made of high quality EPDM Rubber which does not contain chloride or sulfur. It covers wide range of cable sizes.
Gala's Heat Shrink Rain Sheds are used to increase the surface creepage distance of the cores of cable termination without incressing the tail length. They are also used to avoid continuity during rainy season to avoid short circuiting of the elecrical network.
Gala's Angleboots are Heat Shrink Right Angle / Straight Boots provide insulation to the bushings in the cable termination box, where the clearance between phase to phase and phase to earth is less then the normal air clearance. These boots provide protection against flashover in the event of high humidity, rodent menace and surge impulse.
Gala's Medium wall and Heavy wall black tubing are used for environmental and mechanical protection of low voltage and medium voltage Cable Joints and insulating the connectors for low voltage straight through joints/splice rated up to 3.3KV. These tubes are manufactured from high-quality cross-inked polyolefin material.
Heat Shrink GVOT Sleeve is manufactured from High Quality Cross-linked polyolefin material with integrated Stress Control system. It is used to protect cables or similar substrates in areas of extreme environmental conditions and high electrical stress.The tubing is normally used as an integral part of Gala Cable Terminations for voltages up to 24 kV.
Gala's Heat Shrink Double Layer is manufactured by Heat Shrinkable Insulating material and Heat Shrinkable Semi-Conductive material with special technology for good insulation in its inner layer and good semi-conduction in its outer layer; providing reliable shield protection.