Emergency Rescue Shoes All-round Protection Earthquake Rescue

Core Selling Points
Comprehensive Puncture Protection: Professionally reinforced soles resist 1100N puncture force, effectively preventing earthquake rubble steel rebar, glass, and sharp building materials penetration, protecting rescue personnel operating in unstable environments.

Outstanding Impact Protection: Integrated steel toe structure withstands 10.78KN impact force, protecting feet from serious crushing injuries during secondary building collapses and heavy object handling.

Multi-terrain Anti-slip System: Unique rubber formula and 360° omnidirectional traction patterns provide maximum grip on wet slippery debris, tilted concrete, and unstable surfaces, reducing slip risks during rescue operations.

Electrical Hazard Protection: Built-in professional insulation materials provide 5000V electrical protection, ensuring safe operations around earthquake-damaged wiring and electrical facilities, preventing accidental electrocution.

Emergency Evacuation Design: Ergonomically designed pull handles at boot top allow rapid donning/doffing even in darkness and confined spaces, improving self-rescue and emergency evacuation efficiency at critical moments.

Share your project with us to learn more.

Material Process Details
Special formula high-strength rubber through high-pressure one-piece molding process, ensuring seamless structure for maximum water and dust resistance. The bottom uses multi-layer composite puncture-resistant technology combined with scientifically designed omnidirectional anti-slip patterns, adapting to various complex terrain in earthquake rescue. The steel toe area integrates special protective materials, optimizing weight distribution while providing extreme impact protection, ensuring comfort and flexibility during extended rescue operations. Internal integrated multi-layer protection structures maximize weight reduction while ensuring safety.


Color/Style Display
Featuring international rescue standard yellow-black warning color combination, with yellow areas primarily distributed at the toe, sole edges, and upper boot shaft, providing optimal visual identification in rubble and low-light environments; black covers the main body, both projecting a professional image and effectively concealing stains and dust from rescue operations. This high-contrast color scheme provides optimal visibility in rubble, helping team members quickly identify each other's positions in complex rescue environments, improving team collaboration and safety assurance.

Application Scenarios
Building Collapse Search Operations: In post-earthquake building rubble, puncture-resistant design protects rescue personnel from exposed rebar and sharp concrete fragments, while impact protection safeguards feet during heavy object handling and traversing unstable areas.

Urban Infrastructure Rescue: During rescue operations at damaged bridges, tunnels, and other infrastructure, all-round anti-slip design ensures safe movement on inclined and irregular surfaces, while puncture resistance and impact protection provide safety during clearing and reinforcement work.

Post-Earthquake Electrical Hazard Management: In earthquake-damaged power system areas, electrical insulation functions protect rescue personnel from short circuits and exposed wires, while waterproof properties provide safety in water leakage areas.

Secondary Disaster Response: At earthquake-triggered fire, flood, chemical spill, and other secondary disaster scenes, multiple protection functions allow rescue personnel to safely handle various compound threats, with anti-slip design providing stable support on water and oil-covered surfaces.

You Need One-Stop Emergency supplies?  Click Here to Learn More.

Usage Steps

Check boot integrity before use, ensuring no damage or foreign objects. Grasp the pull handles on both sides of the boot shaft and pull outward to expand the opening, fully insert foot into the boot until heel fits against the bottom, ensuring toes completely enter the steel toe protection area. After donning, lightly stamp the ground several times to adjust position, ensuring rescue suit pants cover the boot top to prevent debris entry. Check boot condition every 2 hours when operating in rubble environments, clearing debris potentially embedded in sole patterns. For emergency evacuation, use the other foot to secure the heel while pulling the handles for quick removal.

Don't hesitate to share your idea with us by clicking here.

Maintenance Guide

Immediately clean dust, stone fragments, and contaminants from boot surfaces and soles after each mission, rinse with clean water and use a soft brush to gently clean debris from deep patterns. Air-dry naturally, avoiding direct sunlight and high-temperature drying. Regularly check anti-slip tread wear, boot upper integrity, and protection structure damage, paying special attention to puncture-resistant layer abnormalities. Store in ventilated, dry places, avoiding contact with sharp objects or compression from heavy items. Replace immediately if obvious protection performance decline is found, such as severely worn anti-slip treads, puncture-resistant layer damage, or impact protection area deformation, to ensure rescue safety.

Q: What sharp objects can Emergency Rescue Shoes resist?
A: They effectively resist earthquake rubble common rebar, glass, nails, and sharp building debris, with puncture-resistant layer withstanding 1100N penetration force.

Q: How strong is All-round Protection Rescue Shoes' impact resistance?
A: Steel toe structure withstands 10.78KN impact force, equivalent to about 1100kg static pressure, effectively protecting against collapsed building debris impact.

Q: How effective is Earthquake Rescue Shoes' anti-slip performance on varied terrain?
A: Special multi-directional anti-slip tread design provides excellent traction on concrete debris, wet surfaces, and unstable rubble, significantly reducing slip risks.

Q: What level of electrical protection do Emergency Rescue Boots provide?
A: Built-in insulation layer provides 5000V electrical protection, suitable for safe operations in most earthquake-damaged electrical circuit environments.

Q: How waterproof are Yellow-Black Earthquake Rescue Shoes?
A: One-piece seamless design provides excellent waterproofing, ensuring no leakage even during extended operations in deep water areas.

Q: Will Emergency Rescue Shoes' weight affect long-duration search efficiency?
A: Total weight controlled under 3Kg maximally reduces rescue personnel burden while maintaining comprehensive protection functions.

Q: How do All-round Protection Boots handle complex rubble environments?
A: Combining puncture resistance, impact protection, anti-slip, and insulation functions while maintaining flexibility adapts to various unforeseen hazards in earthquake rubble.