Core Material and Structure: The body of the boot is made of molded high-performance rubber, usually a one-piece structure, which fundamentally prevents liquid penetration. The interior may have a fabric lining for added comfort.
Core uses and scenarios:
Indoor fire: A traditional and effective option that provides reliable waterproofing and chemical protection.
Flood/water rescue: Due to its completely waterproof nature, it is ideal for water rescue missions.
Industrial cleaning and chemical treatment: Its excellent chemical resistance makes it widely used for safety protection in chemical, cleaning and other industries.
Auxiliary firefighters or volunteer firefighters: Due to their high cost-effectiveness, they are standard equipment in many departments.
Core protective performance:
Completely waterproof: The integrated rubber construction ensures that feet can be kept dry at any depth of water accumulation.
Anti-chemical corrosion: Rubber is naturally resistant to a variety of acids, alkalis, oils, and chemicals.
Electrical insulation: It can provide good electrical insulation protection in a dry state (pay attention to the condition of the boot and the voltage level).
Anti-skid: Deeply patterned rubber outsoles provide good grip on slippery surfaces and tile floors.
Compliance with standards: High-quality fire shoes also need to meet strict safety standards, such as:
NFPA 1971 - National Fire Protection Association Standard
EN 15090:2012 - European Standard
GB 21147-2020 - Chinese standard for firefighter protective boots
Design Features: Tall tube design (usually to mid-calf or higher), quick-pull ring, reinforced heel, puncture-resistant midsole in steel or composite, steel head or composite head.

