frp-Korrosionsschutzventilator

What are the advantages of fiberglass environmental friendly fans compared to other types of fans? Mainly reflected in the following points:

High corrosion resistance and strong adjustability;

Compared to fans made of carbon steel materials, fiberglass fans have outstanding anti-corrosion performance. Compared to carbon steel fans, they can only improve their anti-corrosion performance through painting, while fiberglass fans can adjust different anti-corrosion grades by changing the type of raw materials. For example, glass fiber reinforced plastic acid and alkali resistant fans dedicated to handling chromic acid, and heavy-duty anti-corrosion fans dedicated to the chemical industry.

B. High temperature resistance, aging resistance, and long service life;

Compared to PP fans or carbon steel fans, fiberglass reinforced plastic materials have higher aging resistance and a service life of more than 10 years. And the fiberglass environmental protection fan can withstand high temperatures, with ordinary models resistant to temperatures below 80 ℃, and the dedicated fiberglass high-temperature resistant fan can withstand temperatures up to 150 ℃.

C. Flame retardant, non conductive, and high safety;

Compared to fans made of metal materials, the raw materials of fiberglass, resin, and fiberglass, are both good insulating materials, non conductive, and have higher safety performance. In addition, an appropriate amount of flame retardant can be added to the fan when making it, so that the fan itself has a good flame retardant effect.

D. Comprehensive performance and high cost performance

In addition to some of the performance characteristics described above, the fiberglass environmental protection fan also has many properties such as light weight, high strength, strong compression resistance, and wear resistance. And the production cost is only about 1/2 of that of stainless steel fan, with high cost performance。

Mute

1. The fan blades, pulleys, and bearing groups are balanced and corrected using a vector display type power balancing machine to ensure smooth and noise free operation of the fan.

2. The fixed seat for fan operation is processed by computer CNC, sealed and fixed with TPI bearings, making the fan operation less prone to noise.

3. Adopting the best performing and effective multi V belt in the automotive industry today as the rotating belt of the fan, it is not easy to slip and produce noise.

4. The Yongyuan motor, produced with advanced technology from Taiwan, has an insulated aluminum casing, long service life, stable operation, and low noise.

5. The fan is made of FRP (fiberglass reinforced plastic) processed with glass fiber and imported resin, which has excellent sound attenuation function, waterproof and dustproof, and reduces resonance caused by the excessive metal materials in the entire machine.

Long service life

1. The fan casing is made of corrosion-resistant fiberglass, which has the characteristics of acid and alkali resistance, rust resistance, and long service life.

2. The fan blades are formed by aviation aluminum alloy recasting and treated on both sides, with uniform density, high strength, and corrosion resistance.

3. The TPi6206 bearing is used as the rotating bearing. The bearing is processed by CNC to ensure good concentricity, and the shaft center is processed with an external circle to ensure concentricity and smoothness, thereby ensuring the stability and durability of the entire bearing operation.

Four Advantages of Fiberglass Negative Pressure Fan 2

The negative pressure fan cooling equipment is designed using the principle of air convection and negative pressure ventilation. It uses a Unterdrucklüfter and is installed in the opposite direction of poor ventilation. It can quickly exhaust the stagnant hot air, odors, black smoke, and dirty air from the factory in the shortest time. Reduce the indoor temperature to the same as the outdoor temperature, but feel cooler than the outside. After using a Unterdrucklüfter, the air can be moved, and the number of air changes per hour can reach 60-120. This can create a ventilated, smooth, fresh, and comfortable working environment, completely improve indoor stuffiness, odor, black smoke, and foul air, improve overall work efficiency, and make every worker healthier.

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