Three Methods Of Cooling Steel Structure Workshop

To cool down the steel structure workshop, we should consider the following issues:

1. What is the ventilation performance of the steel structure workshop?

2. Does the steel structure workshop have a cooling system?

3. What is the insulation performance of the steel structure workshop?

Ventilation and cooling of steel structure workshops

Since some machines in steel structure workshops generate heat and water vapor, if these heat and water vapor are not discharged in time, they will accumulate in the workshop, thereby increasing the temperature of the steel structure workshop and affecting the environment of the steel structure workshop. The solution to these problems is to ensure reasonable ventilation of the workshop and install an appropriate ventilation system. Reasonable exhaust system installation will significantly improve the air environment of the steel structure workshop and greatly reduce the temperature of the steel structure workshop.

Installing roof forced exhaust fan

The power fan is a ventilation device driven by electricity. It has good exhaust effect and can adapt to ventilation in any environment.

The unpowered ventilator is a ventilation device that relies on the principle of air convection for ventilation. When there is a difference between the indoor and outdoor air environment, air flow will be generated to remove indoor exhaust gas and hot air. Its advantage is that it does not require additional electricity and is more environmentally friendly. However, it is highly dependent on the environment and cannot force exhaust. The main products include turbine ventilators, strip ventilators (lighting belt ventilation), ridge ventilators, etc.

Forced cooling of steel structure workshops

Forced cooling means installing an air cooler on the roof of the workshop. The air cooler uses the principle of water cooling to cool the air, and the strong exhaust fan delivers the cold air to the room. It can keep the indoor temperature of the steel structure workshop at a comfortable temperature of 26-30℃. Its power consumption is equivalent to 1/8 of that of air conditioners. The cost is 1/2 of that of air conditioners, which is a good way to force cooling of workshops.

Insulation and cooling of steel structure workshops

Insulation of steel structure workshops can isolate most of the solar radiation and heat conduction, and reduce the greenhouse effect formed indoors. This greatly reduces the temperature of the workshop and improves the environment of the steel structure workshop. There are two commonly used methods:

1. Cover the roof of the steel structure workshop with insulation cotton. Generally, the insulation cotton used on the roof is glass wool. The commonly used thickness is 50mm, 75mm, 100mm, and the density is 64kg/m3. After installation, it can generally reduce the indoor temperature by 5-8℃. The construction process is relatively complicated. If the old workshop is to be insulated, the original roof needs to be removed, the wire mesh needs to be pulled up, the glass wool needs to be laid on the wire mesh, the original roof panel needs to be covered, and then waterproofing treatment needs to be done.

2. Spray high-efficiency heat-insulating reflective coating on the roof panel. This product has excellent heat-insulating performance and can be applied on various surfaces such as metal, concrete, gray wall, wooden structure surface, asbestos tile, plastic, fiberglass, rubber, etc. The coating is 0.25mm thick, and its effect is equivalent to that of 250px-375px glass wool. It can reflect 99.5% infrared rays and 92.5% visible light. The highest sound insulation effect is 68%, and the average sound insulation effect is more than 50%. Fireproof grade A, completely non-flammable. Non-toxic and safe, long-lasting and durable, with a service life of more than 15 years (for detailed introduction, please refer to the engineering material file). If this method is used, the construction is convenient, there is no damage to the original roof, and it can prevent the aging of the roof. The maximum temperature difference between the plate surface before and after construction can reach 20℃, the indoor temperature difference can reach 8-10℃, and the energy consumption of steel structure workshops can be sharply reduced by 30-70%.

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