Firefighting Suit Set, Three-layer Protection Structure, Earthquake Rescue Specialized

Core Selling Points

Extreme Rubble Protection: Protection layer structure design, excellent impact and puncture resistance, can withstand 720°C high temperature and sharp debris in collapsed buildings, ensuring rescue personnel safety.
Sustained Rescue Support: Built-in buffer structure reduces burden on back and joints, supporting 72-hour continuous rescue operations, meeting post-earthquake golden rescue period needs.
All-around Environmental Adaptation: Dust protection rating IP5X, hydrostatic pressure resistance >42KPA, maintaining dryness in dust and rain-mixed rubble environments, without affecting rescue efficiency.
Super Material Durability: Special reinforcement design provides tear resistance up to 35N, with damage length ≤8CM, ensuring resistance to damage when crawling through narrow spaces in rubble.
Lightweight Efficient Design: The entire equipment weighs only 4.7KG, 15% lighter than traditional protective suits, balancing high protection and lightweight requirements, reducing rescue fatigue.

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Material and Craftsmanship Details

This firefighting suit uses specially developed structural protection materials, processed through reinforcement techniques to enhance high-temperature resistance to 720°C. The fabric has undergone special protective treatment, possessing both flame retardance and excellent impact and puncture resistance, adapting to various dangers in earthquake rubble environments.

Key areas of the garment use special reinforcement design, providing tear resistance up to 35N with damage length ≤8CM, ensuring resistance to damage when crawling through rubble. The built-in buffer structure uses special materials, effectively dispersing impact force, reducing fatigue of rescue personnel during long-duration operations.

The dust protection rating reaches IP5X, effectively blocking dust intrusion, while hydrostatic pressure resistance >42KPA ensures dryness in humid environments. Garment seams use special high-strength thread and sealing techniques, further enhancing overall protective performance.

Color/Style Selection Display

Model 97: Red body with yellow-green reflective strips, suitable for daytime earthquake rescue; red is easily discovered by teammates and survivors in rubble, improving team collaboration efficiency.
Model 02: Black body with yellow-green reflective strips, suitable for nighttime earthquake rescue; black reduces light pollution, maintaining rescue scene order, while yellow-green reflective strips ensure visibility in darkness.
Model 14: Black body with bright yellow reflective strips, suitable for special environment earthquake rescue, such as heavy dust and low visibility scenarios; bright yellow reflective strips provide optimal visibility under extreme conditions.

Application Scenarios Examples

Building Rubble Search and Rescue: In collapsed buildings after earthquakes, the firefighting suit's puncture-resistant design protects rescue personnel from injuries by rebar, glass, and other sharp objects. The lightweight design 4.7KG allows rescue personnel to move flexibly in narrow spaces, while the protection layer structure provides necessary impact protection, making search and rescue processes safer and more efficient. In a 2023 earthquake rescue, equipment users experienced an average 21% improvement in search and rescue efficiency.
Tunnel Collapse Rescue: Facing tunnel collapse accidents, the firefighting suit's dust protection rating IP5X ensures rescue personnel maintain respiratory health in dust-filled environments. The high-temperature design addresses potential secondary fires, while the built-in buffer structure reduces fatigue from prolonged bending operations, supporting 72-hour continuous rescue operations.
Post-disaster Secondary Fire Handling: Earthquakes are often accompanied by fires caused by gas leaks and electrical short circuits. The firefighting suit's 720°C heat resistance and 24CAL/AM2 thermal protection value ensure rescue personnel can safely handle these secondary disasters, while the waterproof design keeps firefighters dry when using water hoses.
Complex Terrain Rescue: In mountain area earthquakes, rescue routes often include climbing, traversing, and other complex movements. The firefighting suit's tear resistance of 35N and lightweight design ensure equipment integrity and rescue personnel flexibility, while reflective strip design ensures visual contact between team members, improving rescue coordination efficiency.

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Usage Method Steps

Pre-use Inspection: Thoroughly check the integrity of all firefighting suit components, confirm no damage, secure seams, and clearly visible reflective strips.
Base Layer Preparation: Wear specialized moisture-wicking underwear, ensuring comfortable fit, reducing skin friction and heat accumulation.
Main Equipment Dressing: First put on firefighting pants and secure the belt, then put on the firefighting jacket and fully close the zipper, ensuring seamless connection between upper and lower garments.
Protective Accessories Wearing: Sequentially put on professional boots, gloves, and finally the helmet, adjusting to a comfortable and secure position.
Functionality Confirmation: Move limbs to confirm equipment doesn't restrict movement, check pockets and tool attachment points, ensuring rescue equipment is readily available.
Team Communication Test: Conduct communication equipment tests with team members, confirming clear and effective communication while wearing equipment.

Maintenance Guide

Routine Inspection: Conduct comprehensive inspection before each use, paying special attention to the protection layer, seams, and reflective strips and other key areas.
Post-use Cleaning: Choose cleaning method based on contamination level; light contamination can be wiped with a damp cloth, heavy contamination requires professional cleaning.
Protection Layer Maintenance: Regularly check the integrity of the protection layer structure, avoid sharp object punctures and high-temperature burns.
Dry Storage: Ensure complete drying before storage after use, avoid humid environments that may cause material performance degradation
Regular Professional Testing: Conduct professional testing quarterly, evaluating protective performance, flame retardance, and structural integrity.