PRODUCT SHORT DESCRIPTION
JGH-01-5 FRP composite single-core cable cleat, non-magnetic fiberglass clamp for HV cable support in tunnels and substations. Lightweight, insulating, short-circuit resistant.

PRODUCT DESCRIPTION

The JGH-01-5 FRP composite cable cleat is a non-magnetic, electrically insulating cable clamp used to fix single-core high-voltage cables in tunnels, substations and industrial installations. It is manufactured from fiber-reinforced polymer (fiberglass composite), which combines high mechanical strength with natural electrical insulation and freedom from eddy-current heating, making it ideal for single-core AC circuits and areas where additional insulation to earth is required. The two-part cleat bolts around the cable and to the support structure, providing short-circuit restraint while remaining light and easy to install.

Key Features
• FRP Composite Body — Fiberglass-reinforced polymer is strong, light and electrically insulating.
• Fully Non-Magnetic — No eddy-current or hysteresis heating around single-core AC cables.
• Added Insulation — The insulating cleat provides extra electrical isolation from the support structure.
• Short-Circuit Restraint — Rigid clamp resists electromagnetic fault forces along the cable run.
• Corrosion Proof — FRP does not rust and tolerates damp, chemical and coastal environments.
• Lightweight Handling — Significantly lighter than metal clamps, speeding up installation at height.
• Cable-Safe Grip — Smooth inner bore and controlled torque avoid damaging the cable sheath.
• Single-Core Focus — JGH-01-5 sized for single-core HV cable diameters used in power routes.

Specifications
• Model: JGH-01-5 FRP composite
• Material: Fiber-reinforced polymer / fiberglass
• Cable: Single-core HV power cable
• Type: Two-part bolted cleat
• Properties: Non-magnetic, insulating, anti-corrosion
• Mounting: Tray, ladder, wall, structure
• Feature: Short-circuit resistant support

Applications Fixing single-core HV cables in tunnels, substations, chemical plants and coastal or corrosive environments where non-magnetic, insulating clamps are preferred.