Positive pressure air respirator solution includes five components: supply valve, air mask, back plate, pressure reducer, and pressure gauge. These components can be flexibly combined and purchased as needed. We offer replacement of individual components and complete system integration, enabling HUD display, amplification, communication, pressure detection, and integrated firefighter PASS device functions, to meet your personalized requirements.
Centered around the intelligent positive pressure air respirator back plate, thermal imaging intelligent air respirator pressure gauge, communication mask, and pressure head-up display device, we achieve intelligent monitoring throughout the entire respiratory protection process. These products feature real-time air pressure monitoring, thermal imaging search-and-rescue capabilities, integrated firefighter PASS device functions, and dual-network data transmission. Designed with ergonomics in mind, they support back plate adjustments, rapid gas cylinder replacement, and fast charging, while also offering Bluetooth expand ability to interconnect with other equipment. Suitable for scenarios in firefighting, petrochemicals, mining, maritime operations, and more, they provide stable, intelligent, and highly reliable respiratory protection for workers in hazardous environments, safeguarding every safe breath.
I System Core Architecture Five modules, flexible combination
This plan adopts a modular design concept, dividing the traditional air supply system into five core units. These units can be purchased as needed：
- High definition color screen, mechanical pointer and digital dual display, remaining time display, environmental temperature display, air pressure monitoring and alarm function.
- Infrared thermal imaging function (optional): Multiple thermal imaging display modes, supporting temperature measurement, photography, and video recording functions.
- Intelligent pressure sensing, automatically turns on after opening the gas cylinder.
- Fall alarm, manual alarm, high temperature alarm, residual gas volume alarm.
- Extremely long battery life: Standby time > 1 year, continuous operation time > 150 hours, IP67 protection, Ex explosion-proof certification.
- Curved outer rubber body design for high-precision facial fitting, paired with a wide-view anti-fog lens.
- Built-in respiratory rate monitoring module for real-time assessment of personnel physiological status.
- Supports AR near-eye display (equivalent to a 60-inch large screen at 3m) and thermal imaging overlay display.
- The communication-integrated version is equipped with bone conduction headphones for clear voice interaction.
- Strong exhaust valve with bypass function, one touch activation in emergencies
- Integrated loudspeaker microphone to improve communication efficiency in noisy environments
- Wired/wireless HUD light guide bar, enabling key data reading without head lowering
- Centralized power supply by the central control unit, with integrated air and circuit harness design.
- Four-position height-adjustable backboard plus 3D rotating lumbar support, ergonomically designed.
- Integrates emergency call device, position light, HUD transmitter and Bluetooth expansion interface.
- Supports quick-release shoulder straps, fast-charging cylinders and hot-swappable power supply modules.
- Dual sensors accurately collect pressure with an error rate of less than 1%.
- Matrix high-brightness position lights feature strong penetration, supporting sound-light alarms for low pressure and low battery.
- Optional gas detection linkage (O₂/CO/H₂S/LEL) is available for environmental risk prediction.
III Application Scenarios
Firefighting and Rescue Petrochemical Industry Confined Marine Spaces Mine Rescue Emergency Drills
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Firefighting and Rescue: Thermal imaging navigation in smoke-filled environments, automatic fall-to-alarm function.
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Petrochemical Industry: Explosion-proof certification, linkage alarm for toxic gases.
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Confined Marine Spaces: Bone conduction communication, static alarm, and long-duration endurance.
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Mine Rescue: Self-organizing network communication, positioning and search and rescue.
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Emergency Drills and Training: Data recording and playback, respiratory status analysis.