Safety Flare - CR123 Non-Rechargeable - K Tool International

The K Tool International KTI79800 Safety Flare provides a reliable, non-chemical solution for emergency signaling and work area illumination in professional automotive, industrial, and marine environments. Designed for durability and consistent performance, this safety flare offers an environmentally conscious alternative to traditional pyrotechnic flares, ensuring enhanced visibility and safety for technicians and mechanics.

Key Features

• Non-Chemical Operation: Offers a safe and environmentally friendly alternative to traditional flares, eliminating hazardous materials and disposal concerns.
• Nine Flash Patterns: Includes a comprehensive selection of nine distinct flash patterns, prominently featuring the U.S. Coast Guard (USCG) approved SOS signal for critical emergencies.
• Extended Runtime: Delivers up to 100 hours of continuous operation, depending on the selected flash pattern, ensuring long-lasting visibility during prolonged incidents or work sessions.
• Robust Construction: Engineered to be shatter-proof, crush-proof, and water-resistant, making it suitable for demanding professional use in various challenging conditions.
• Positive Buoyancy: Designed to float, providing a critical advantage for marine applications where recovery or sustained signaling on water is essential.
• Immediate Use: Each flare includes one CR-123 battery, allowing for immediate deployment upon arrival.

Applications

The KTI79800 Safety Flare is an essential tool for a wide range of professional applications. In automotive settings, it can be used for roadside breakdown safety, marking accident scenes, or delineating hazardous work zones around vehicles. For industrial environments, it serves to highlight potential hazards, guide traffic in warehouses or construction sites, and provide emergency signaling in confined spaces. Its positive buoyancy and water-resistant properties make it ideal for marine use, including boaters requiring emergency signaling, marking dive sites, or indicating safety perimeters during water-based operations.