Self-Contained Breathing Apparatus (SCBA) – Independent Fresh Air Supply for Hazardous & Oxygen-Deficient Environments
A professional self-contained breathing system by Masters, engineered for personnel protection in hazardous environments and firefighting. Featuring a lightweight carbon fiber cylinder and an ergonomic design.
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The Masters Self-Contained Breathing Apparatus (SCBA) is the ideal choice for rescue teams, mining operations, chemical plants, and firefighting units. This system is built for maximum safety, utilizing a durable composite carbon fiber cylinder that withstands pressures up to 300 bar. The full-face mask provides an expansive field of vision with anti-fog technology. Equipped with a heat-resistant Aramid backpack and an advanced acoustic alarm system that triggers during low pressure, it ensures the user's safety by providing a clear signal to evacuate the hazardous zone in a timely manner.
Key Features
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Lightweight & Durable: Cylinder made of composite carbon fiber to reduce the physical load on the user.
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Comprehensive Visibility: Full-face mask with an anti-fog lens offering a visual field of up to 92%.
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Acoustic Alarm System: Integrated alarm with a sound level of ≥ 90dB that activates when pressure reaches critical levels.
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Ergonomic & Secure Design: Aramid backpack and Kevlar headnet ensure stability and comfort in extreme conditions.
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Long Service Life: The cylinder is designed for a 15-year service life, providing 60 minutes of air per use.
Technical Specifications
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Description: Self-Contained Breathing Apparatus (SCBA).
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Cylinder Material: Composite carbon fiber.
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Cylinder Volume: 6.8L.
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Rated Service Time: 60 mins.
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Cylinder Pressure: 300 bar.
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Alarm Pressure: (55±5) bar.
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Max Air Flow: ≥ 1000L/min.
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Mask Materials: Silicone mask body with Kevlar headnet and Aramid backpack.
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Approvals: EN137:2006 / EN136:1998.
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Origin: China.
Applications
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Firefighting and rescue operations within buildings and facilities.
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Working in confined spaces and mines with low oxygen levels.
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Handling chemical leaks and toxic gases in industrial plants.
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Maintenance work in storage tanks and contaminated environments.