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Introduction
The composite material evacuation platform is made of phenolic resin as the matrix material and glass fiber roving as the reinforcing material, which is made by pultrusion process. The composite material evacuation platform is mainly composed of grids, beams, inclined beams, handrails, and special connectors are assembled and installed in subway tunnels or on elevated lines. During the operation of the train, in the event of a fire and other emergencies, passengers can escape along with the evacuation platform in an emergency.
The composite evacuation platform has high strength, high flame retardancy, low smoke density, low toxicity, lightweight, impact resistance, UV resistance, aging resistance and corrosion resistance, and surface non-slip properties. It can meet the subway environment and has low calorific value, non-smoke toxicity, high strength, high ablation resistance. In addition, to escape platforms and maintenance channels for subway tunnels, composite evacuation platforms can also be widely used in emergency escape channels or operating places such as offshore oil platforms, pedestrian channels, ship decks, and coal mines.
Conditions of Use:
Ambient temperature: -10℃~50℃;
Relative humidity: 30%~90%;
Maximum wind speed: 11m/s;
Vibration: when f<10Hz, the amplitude is 0.3mm; when 10Hz<f<150Hz, the acceleration is 1m/s2;
The composite evacuation platform has high strength, high flame retardancy, low smoke density, low toxicity, lightweight, impact resistance, UV resistance, aging resistance and corrosion resistance, and surface non-slip properties. It can meet the subway environment and has low calorific value, non-smoke toxicity, high strength, high ablation resistance. In addition, to escape platforms and maintenance channels for subway tunnels, composite evacuation platforms can also be widely used in emergency escape channels or operating places such as offshore oil platforms, pedestrian channels, ship decks, and coal mines.
Conditions of Use:
Ambient temperature: -10℃~50℃;
Relative humidity: 30%~90%;
Maximum wind speed: 11m/s;
Vibration: when f<10Hz, the amplitude is 0.3mm; when 10Hz<f<150Hz, the acceleration is 1m/s2;
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