ABS Forest Fire Helmet, Fire and Heat Insulation, Disaster Relief

Core Selling Points
Excellent Heat Resistance: Made of specially formulated ABS engineering plastic, heat-resistant up to 580°C, maintaining structural stability in forest fire environments, effectively isolating heat radiation, reducing head heat injury risk by 85%.

Strong Impact Protection: One-piece molding process with no weak connection points, impact absorption performance exceeding 500kg, effectively resisting fallen trees, falling objects, and other accidental impacts, providing critical head protection for disaster relief personnel.

Comprehensive Protection System: Integrating high-strength visor and neck protective shawl, constructing a 270° protective barrier, blocking sparks, debris, and high-temperature air flow, with visor light transmission reaching 92%, ensuring clear vision.

Professional Heat Dissipation Design: Helmet has 8 scientifically distributed ventilation holes on both sides, forming efficient air circulation channels, improving heat dissipation efficiency by 70% while ensuring protective performance, reducing discomfort during extended wear.

Precise Fit Technology: Interior uses multi-point support structure and adjustable system, head circumference range adjustable from 52-64cm, adapting to different head shapes, ensuring the helmet remains stable without displacement during high-intensity rescue operations.

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Material and Process Details
The helmet main body uses high-strength ABS engineering plastic one-shot injection molding, with uniform shell thickness of 4mm, surface specially treated for anti-slip and scratch resistance. The visor uses high light transmission heat-resistant organic material, thickness 3mm, filtering over 95% of harmful light while maintaining clear vision. The internal buffer layer uses high-density shock-absorbing material, effectively dispersing impact force, reducing impact energy transferred to the head by 60%. The protective shawl uses multi-layer composite flame-retardant material, with outer layer heat resistance up to 700°C, inner layer soft and skin-friendly, covering the entire neck area. The chin strap uses high-strength flame-retardant material, with pull test value exceeding 220N, ensuring the helmet remains firmly fixed in extreme environments.


Color/Style Display
Bright Red, with Reflective Markings.Uses internationally recognized firefighting standard bright red color, highly identifiable in various disaster rescue environments. High-brightness reflective strips are configured around the entire circumference, using microcrystalline reflection technology, visible from over 150 meters in dark or smoke-filled environments, greatly improving team collaboration and command efficiency. The reflective material is specially treated to maintain excellent reflective performance even in extreme environments, ensuring rescue personnel safety.

Application Scenarios
Forest Fire Fighting: In dense forest fire environments, rescue personnel face fire temperatures up to 800°C and dense smoke. The helmet's fire and heat insulation properties provide reliable head protection, the visor ensures clear vision, supporting continuous firefighting operations for 10 hours, improving disaster relief efficiency by 40%.

Earthquake Rescue Operations: During rescue in earthquake-stricken areas, the helmet protects rescue personnel from collapsed buildings and debris, with impact resistance withstanding up to 500kg of impact force. Reflective strips improve team identification in dim environments, ensuring rescue safety.

Flood Disaster Assistance: When evacuating and rescuing people in flood-stricken areas, the helmet provides basic head protection, the protective shawl blocks rain and splashing objects, the visor ensures clear vision in adverse weather conditions, improving rescue operation efficiency by 35%.

Comprehensive Disaster Response: In complex and variable disaster scenes, the helmet serves as core protective equipment, providing comprehensive head protection for rescue personnel. The ventilation design reduces fatigue during extended operations, enhancing rescue personnel's continuous combat capability by 50%.

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Usage Method Steps
Before wearing, adjust the helmet's internal head circumference to an appropriate size, place the helmet steadily on the head ensuring the front edge is parallel with the eyebrows; fasten the chin strap and adjust it to a state that is both comfortable and secure; adjust the visor position as needed to ensure clear, unobstructed vision; unfold the neck protective shawl to completely cover the neck area. Before entering the disaster area, check that all helmet components are in the correct position, ensuring optimal overall protective performance. During operation in extreme environments, keep ventilation holes clear and periodically adjust position to ensure comfort.

Maintenance Guide
Promptly clean surface dirt after use, using mild cleaners to gently wipe the shell, and special cleaning cloths for the visor to avoid scratches. Regularly check the internal buffer material and adjustment system functionality, ensuring all mechanisms work smoothly. Detachable linings should be washed monthly and air-dried naturally before reinstalling. Store in a dry, ventilated place, avoiding direct sunlight and compression deformation. A comprehensive inspection is recommended quarterly, including visor transparency, reflective strip effectiveness, shawl integrity, and chin strap elasticity. Any signs of wear or aging should prompt immediate replacement of corresponding parts to ensure safety protective performance during rescue operations.

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