Firefighting Suit Set, Multi-functional Protection, Dangerous Goods Warehouse Rescue

Core Selling Points:

Triple Composite Protection: Integrates flame retardance, chemical protection, and explosion protection in triple protection, with heat resistance up to 730°C, while possessing excellent chemical protection capabilities, resisting corrosion from common dangerous goods.
Outstanding Static Protection: Embedded conductive fiber network, static decay rate >97%, effectively preventing secondary dangers caused by sparks from static electricity in flammable and explosive environments.
Advanced Air-tightness Design: Innovative structural design gives air-tightness above 95%, preventing toxic gas penetration, providing reliable respiratory protection, with better effects when used with respirators.
Multi-functional Tool System: Equipped with 8 professional functional pockets, scientifically distributed across various parts of the garment, carrying gas detectors, emergency lighting, professional tools, and other necessary equipment.
Balanced Protection and Mobility: While providing comprehensive protection, suit weight is controlled at 5.1KG, with dynamic flexibility improved by 25%, ensuring quick reaction and evacuation in complex environments.

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Material and Craftsmanship Details

This firefighting suit uses specially developed composite protection materials, processed through advanced techniques, simultaneously possessing flame retardance, chemical protection, and anti-static characteristics. The fabric has heat resistance up to 730°C, with thermal protection value TPP of 25CAL/AM2, and has undergone special chemical protection treatment, resisting acids and alkalis with pH values 2-12 and various organic solvent corrosion.

The suit interior embeds special conductive fiber networks, forming a uniform conductive layer, with static decay rate >97%, effectively preventing static accumulation. All seams use special sealing techniques, with air-tightness above 95%, preventing toxic gas penetration.

The suit design is based on professional dangerous goods handling needs, with dynamic cutting technology improving activity freedom while ensuring protection. Multi-functional pockets are made of chemical-resistant materials, with independent sealing capabilities, safely carrying various professional tools. Protective gloves and boots use compatible designs, forming seamless connections with the main suit, eliminating weak protection links.

Color/Style Selection Display

Model 97: Red body with yellow-green reflective strips, suitable for general dangerous goods rescue; red is easily identifiable at accident scenes, facilitating command coordination, while yellow-green reflective strips maintain visibility in smoky environments.
Model 02: Black body with yellow-green reflective strips, specially designed for chemical leak rescue; black facilitates observation of chemical contamination, evaluating dangerous areas, while yellow-green reflective strips ensure team collaboration safety.
Model 14: Black body with bright yellow reflective strips, suitable for night and low-visibility dangerous goods handling; bright yellow reflective strips provide optimal visibility in smoke and steam environments, enhancing safety under extreme conditions.

Application Scenarios Examples

Dangerous Goods Warehouse Fire Rescue: Facing warehouse fires storing various dangerous chemicals, the firefighting suit's triple protection system plays a key role. The 730°C heat resistance allows rescue personnel to approach fire sources, the chemical protection capability resists leaked substance damage, and the static protection reduces secondary explosion risks in flammable vapor environments. The multi-functional pocket system carries gas detectors, real-time monitoring environmental danger levels. The air-tightness design, combined with self-contained breathing apparatus, ensures respiratory safety. Actual combat data shows this equipment improves dangerous goods rescue safety factor by over 40%.

Chemical Plant Compound Accident Handling: Chemical plant accidents often involve high temperatures, chemical leaks, and explosion risks. The firefighting suit's composite protection design meets this complex need, with 97% static decay rate preventing secondary explosions, air-tightness design preventing toxic gas damage, and balanced weight of 5.1KG ensuring rescue personnel can quickly move and evacuate in complex environments. The multi-functional tool system carries professional handling tools, improving on-site emergency handling capabilities.

Laboratory Dangerous Goods Leak: Facing laboratory dangerous goods leaks, the firefighting suit's precise chemical protection design provides comprehensive protection, the air-tight structure prevents volatile harmful substance intrusion, and static protection ensures safe operation in flammable environments. The suit's multi-functional pockets can carry neutralizers, adsorbent materials, and other professional handling tools. The dynamic cutting design allows rescue personnel to operate precisely in narrow spaces, safely handling leaked substances.

Transport Vehicle Dangerous Goods Accident: Dangerous goods transport accidents often occur in complex road environments. The firefighting suit's comprehensive protection performance protects rescue personnel addressing leakage, fire, and explosion risks. The suit's mobility design facilitates search and rescue among vehicle wreckage, the chemical protection performance resists leaked substances, the multi-functional tool system carries necessary emergency equipment, and the reflective design improves visibility and safety on night roads.

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Usage Method Steps

Hazard Assessment Preparation: Conduct environmental hazard assessment before use, confirming potential hazard types, selecting appropriate auxiliary protective equipment.
Basic Protection Dressing: Put on specialized chemical-resistant underwear, ensuring skin doesn't directly contact the outer protective suit, enhancing basic protection layers.
Main Equipment Dressing: First put on chemical-resistant firefighting pants and secure the belt, then put on the jacket and completely seal all zippers and buckles, ensuring no protection gaps.
Tool Equipment Configuration: Based on rescue task requirements, reasonably configure professional tools in various functional pockets, ensuring tools are safely secured and easily accessible.
Auxiliary Equipment Connection: Put on professional chemical-resistant boots and gloves, ensuring completely sealed connection with the main suit, wear self-contained breathing apparatus and check air-tightness.
Team Safety Confirmation: Cross-check equipment integrity with team members, confirm communication equipment works normally, establish emergency evacuation signals and procedures.

Maintenance Guide

Dangerous Goods Decontamination: Based on the type of dangerous goods contacted, use corresponding professional decontaminants for thorough treatment, ensuring no hazardous residue.
Zoned Cleaning Process: Adopt zoned cleaning processes, avoiding cross-contamination, using professional chemical-resistant suit cleaning agents and equipment.
Performance Testing Requirements: Conduct air-tightness, flame retardance, and anti-static protection performance testing after each exposure to high-risk environments.
Professional Storage Conditions: Store in specialized protective cabinets, controlling temperature and humidity, avoiding direct sunlight and mechanical pressure.
Regular Comprehensive Inspection: Conduct comprehensive professional testing quarterly, including material strength, sealing performance, and the status of various functional systems.