A lot of equipment, large space, difficult to cool down

The interior of automobile manufacturing workshops is generally of steel structure, which occupies a large area and has a large space. In addition, various welding machines and equipment inside the workshop are likely to generate a lot of heat after long-term high-intensity operation. It is difficult to open windows in the workshop to achieve the flow of internal air.

At the same time, affected by the increase in temperature inside the workshop, employees can not concentrate on work, which can easily lead to low work efficiency and serious accidents.

Many irritating gases, and the air circulation is difficult

The use of various paint solvents in plastic castings of automobiles will generate irritating gases, which will easily lead to a certain amount of irritating and harmful gases existing in the workshop for a long time, affecting the health of workshop staff.

Before 2010, manufacturers in the auto industry were trying to find a solution to improve the sweltering factory and employees complaining about the high temperature. The cost of importing ventilation and cooling equipment from abroad was high, so most companies chose small fans, central air conditioners or other ventilation equipment. However, after long-term use, the effect is not good, and the cost is very high.

Why can not a small fan achieve a large area of ventilation and the cost is very high? Because the small fan has a short service life, and the air supply area can only cool the employees in a short distance, it can not guarantee the comfort and coolness of the employees during a day's work. At the same time, it is not easy to achieve long-distance air supply coverage in a tall automobile manufacturing plant.

Central air conditioner has a small cooling range and does not save energy

The cooling effect of the air conditioner is good, but it needs to close the doors and windows to achieve it, which is not conducive to air circulation, and the power loss is also large. The cost of replacement and maintenance in the later stages is also expensive.

The coverage of the fresh air system is small

Due to space constraints, the use of fresh air systems or negative pressure fans in tall and closed workshops not only consumes a lot of energy, but also can not cover the air volume to every corner of the workshop.

When the Kale HVLS ceiling fan is running, it can form an airflow of 3 meters up and down in the space, bringing natural wind of 1-3m/s, and the coverage area far exceeds its own area. When the industrial ceiling fan is running, the temperature of the employee's working area can be reduced by 4°C-6°C, and the body temperature will be reduced by 5°C-8°C.

In a tall space, a large ceiling fan with a diameter of 7.3 meters can drive a large amount of air flow (13050m³/min) with extremely low power through 1-5m/s stepless speed regulation, and the effect will be better when the window is opened at the same time.

The Kale HVLS fan reaches the national first-class energy consumption standard. Using it can save more than 96% of energy for large users such as automobile manufacturers, equipment manufacturers, and mechanical processors, effectively helping enterprises to reduce energy consumption expenditures and production costs.

Whether you are a large car manufacturer, logistics and transportation industry, supermarkets, gyms, churches and hotels, Kale's industrial and commercial HVLS ceiling fans can make your work and life easier, more comfortable and cheaper.