Electrical Safety Rescue Hook, Fiberglass Detachable High Voltage Insulated Steel Rescue Hook Pole 1-3m, 3.2-9.8ft(1m/3.2ft)

Our high-voltage insulated rescue hook is a safety tool designed for live working environments, offering protection against electric shock and ensuring safety during operations. Made of insulated fiberglass, the pole is both safe and durable, featuring a strong load-bearing capacity to prevent the hook from falling off. Its detachable structure allows for easy transport and storage, enhancing safety during use. Suitable for various live workplace rescues, it operates by pulling the waist or armpit of an electrocuted individual. The product comes in different sizes and voltage resistances to meet various safety distance requirements. Ideal for sectors like electricity, rescue operations, safety supervision, and more, it includes an insulated rescue hook and a fiberglass epoxy resin pole.

• High Load-Bearing Capacity: With a lateral load-bearing capacity of 80 kg/176 lbs and a hook mouth diameter of 45 cm (17.7 inches), it's designed to safely rescue individuals disabled or injured by electric shock from hazardous areas.
• Insulated Design: Crafted from insulated fiberglass with a steel hook covered by an insulated heat shrink protective tube, this rescue pole ensures safety during electrical rescues. Its non-slip double grip design enhances comfort and prevents hand slippage.
• Lightweight and Portable: Despite its robust construction and powerful functionality, this rescue pole is lightweight, making it easy to carry and store in tool rooms or suitcases for immediate availability.
• Easy Operation: Simply hold the handle, position the hook under the arms or around the waist, and pull to safety. The powder-coated, heat-treated steel hook minimizes the risk of secondary injuries during rescue operations.
• Lightweight and easy to carry:You can place it in the trunk of your car or in a toolbox to ensure that it is always available. This makes it easy to rescue people who have been electrocuted