Ceramsite Panel For Power Distribution Room Fire Protection Wall

Industrial power distribution rooms and substation facilities have extremely strict fire protection requirements for all surrounding wall materials. In case of electrical equipment short circuit and fire accident, the wall must block the flame and high temperature from spreading to other zones and protect other important electrical equipment. Ceramsite Panel Expanded Clay Cement Panel is a very ideal material for building these fire protection walls. The A level non combustible performance of the panel can provide more than 4 hours of fire resistance time. Even under the continuous high temperature baking of more than 1000 degrees Celsius, the panel will not burn, burst or release any toxic smoke. This provides enough time for the staff to cut off the power supply and carry out fire fighting work, greatly reducing the total property loss. The ultra lightweight property of the Ceramsite Panel reduces the total weight of the power distribution room wall by more than 70 percent compared with traditional brick walls. The electrical construction team does not need to build a very heavy foundation for the power distribution room. This saves a lot of foundation construction time and cost. The installation speed of the Ceramsite Panel is very fast. A team of 4 workers can complete more than 60 square meters of fire protection wall construction in one day. The whole power distribution room can be fully completed and put into operation within 3 days. The Expanded Clay Cement Panel also has excellent electrical insulation performance. It will not cause any electromagnetic interference to the normal operation of the precision electrical equipment inside the room. Many new industrial park power distribution station construction projects have widely adopted Ceramsite Panel. They all successfully passed the strict electrical safety inspection of the power supply department. Electrical engineers reported that the material’s fire protection performance is very reliable, and the project construction cycle is shortened by more than 50 percent.

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