The CPTS-250 Cementex 26′ HD Telescoping Hot Stick offers a versatile, safe, and highly effective solution for electrical professionals working around energized equipment. Constructed from high-quality, reinforced fiberglass, these hot sticks provide exceptional mechanical strength combined with maximum insulation, ensuring safety during high-voltage operations. Each stick features an innovative telescopic design, allowing easy adjustment to the exact length required for various applications, greatly enhancing flexibility and convenience on the job.

Designed with a unique triangular-shaped surface, the CPTS-250 Cementex 26′ HD Telescoping Hot Stick provides a superior gripping surface, improving handling and reducing operator fatigue. The intuitive lock-button system, featuring larger, easy-to-operate buttons, enables users to adjust the stick length effortlessly, even while wearing insulating gloves. Additionally, the brightly fluorescent-colored tip enhances visibility, even in low-light environments, further improving operator safety.

Each hot stick includes a rugged, foam-filled fiberglass laminate tube, offering exceptional insulation properties and mechanical strength. The universal head attachment, crafted from durable aluminum alloy with integrated corona discharge design, securely accommodates various interchangeable attachments for pruning, cleaning, sawing, and numerous other tasks. Maintenance is simple, as each stick has smooth surfaces suitable for easy cleaning and waxing, and replacement parts such as lock buttons and springs are universally compatible across sizes.

The CPTS-250 Cementex 26′ HD Telescoping Hot Stick is indispensable for electrical and utility professionals working in energized environments such as overhead power distribution, substations, transmission lines, and general facility maintenance. Engineered to meet strict safety requirements, these hot sticks are crucial tools for utility workers, linemen, and electricians needing reliable insulation and versatility to complete essential tasks safely in challenging, high-voltage work conditions.