The Cementex CPSCS-81704 4′ Sectional Clamp Stick is a specialized insulated tool designed for flexibility, safety, and performance in live-line applications. As part of Cementexs trusted lineup of high-voltage tools, this clamp stick allows users to install and remove grounding clamps or other hardware on energized equipment while maintaining a safe working distance. The Cementex CPSCS-81704 4′ Sectional Clamp Stick provides modular convenience, making it ideal for a range of field conditions.

Engineered for adaptability, the Cementex CPSCS-81704 4′ Sectional Clamp Stick features a sectional design that enables easy extension or disassembly based on job requirements. Each 4-foot section is constructed from high-strength, high-dielectric fiberglass, offering both electrical insulation and mechanical durability. Its compact and manageable size allows for improved handling in tight or elevated workspaces, while still maintaining the reach needed for overhead or confined-area operations.

The Cementex CPSCS-81704 4′ Sectional Clamp Stick is built in accordance with industry safety standards such as ASTM F711 and is rigorously tested to ensure safe use around energized components. Its secure connection system between sections ensures structural integrity, allowing the tool to be extended as needed without compromising performance. Whether used as a standalone unit or combined with additional sections, this clamp stick enhances versatility in electrical maintenance tasks.

Designed for environments where space, safety, and access are critical, the Cementex CPSCS-81704 4′ Sectional Clamp Stick is ideally suited for use in substations, transmission and distribution systems, and industrial electrical settings. It is particularly effective in situations where overhead clearance is limited or where transport and storage of longer tools present challenges. Electrical utility crews, linemen, and field service technicians rely on the Cementex CPSCS-81704 4′ Sectional Clamp Stick for its modular design and dependable performance in demanding high-voltage applications.