Xingan Firefighting Gas Mask Respirator Filter Type Fire Escape Smoke Protection Mask TZL30

CNAS Laboratory Accreditation

National Laboratory Certification

Tested by US Professional Laboratory for Toxic Gas Protection

Filter-type self-rescue respirator designed for fire emergency use

Five-layer protective filter canister with ≥95% filtration efficiency against smoke and toxic gases including CO (carbon monoxide) and HCN (hydrogen cyanide)

Effective filtration layers include catalyst layer, glass fiber layers, drying agent, and smoke filter layer

Filter canister provides protection for at least 30 minutes in smoke-filled environments

Quick exhaust breathing valve for rapid air release and comfortable breathing

Flame-retardant and high-temperature resistant double-layer fabric with reflective aluminum foil for enhanced visibility and heat radiation reflection

Large visual window (175mm x 80mm) for wide field of view and better situational awareness

Airtight design suitable for various face shapes

Stainless steel toxic gas filter canister with sealing plug to prevent contamination and maintain filter effectiveness

Double packaging to prevent filter contamination before use

QR code and unique product code for anti-counterfeiting and product verification via official website

Not suitable for environments with oxygen concentration below 17%

Intended for respiratory protection in various fire emergency scenarios

Designed to protect users from the primary hazards of fire smoke, ensuring safe and effective use during emergencies

Emphasizes quality and reliability backed by over 31 years of manufacturing experience and rigorous quality supervision

The TZL30 filter-type firefighting self-rescue respirator by Xing'an Fire Protection is a high-quality, certified safety device designed to provide effective respiratory protection in fire emergencies. With advanced filtration technology, durable materials, and user-friendly features, it ensures reliable performance and safety for users in hazardous smoke and toxic gas environments.