Waste plastic recycling equipment is equipped with a dual-purpose high-pressure fan for suction and blowing

NegotiableUpdate on 03/19

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Nature of the Manufacturer: Producers

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Overview

The waste plastic recycling equipment is equipped with a dual-purpose high-pressure fan for suction and blowing, which has a larger air volume It can also reduce the noise during equipment operation, extend the service life, and all components are processed by CNC machining, with high precision, stable pressure and flow. The bearings are made of original Nissan NSK and SKF bearings, which have high-speed and high temperature resistance characteristics and adopt sealed and dustproof design, extending the service life.

Product Details

Waste plastic recycling equipment is equipped with a dual-purpose high-pressure fan for suction and blowing

The vacuum pump has high reliability and can operate safely when the usage situation changes. Apart from the impeller, the high-pressure air pump has no other actions, so its high reliability is almost maintenance free. Precision outer bearings with good heat dissipation and high compression ratio; The operating temperature of the bearing is low; Lubricating grease has a long service life, and the voltage of the vortex air pump is available in three-phase 380V and three-phase 220V, single-phase 220V voltage, and the difference between single-phase and three-phaseUsed for: chemical plants, coal mines, tunnels, boilers, canning, glass industry, ventilation and exhaust, automatic cleaning, packaging, aeration, garbage decomposition, gas transportation

Waste plastic recycling equipment is equipped with a dual-purpose high-pressure fan for suction and blowing

1. Due to the frictionless operation of the impeller within the body, no lubrication is required, resulting in the exhaust gas being oil-free. It is an ideal pneumatic conveying gas source for industries such as chemical and food.
2. The blower belongs to the volumetric operation blower. When in use, the flow rate changes very little with changes in pressure. But the flow rate varies with the rotational speed. Therefore, the range of pressure selection is wide, and the choice of flow rate can be achieved by selecting the desired speed.
3. The speed of the blower is high, and the gaps between rotors and between rotors and the body are small, resulting in less leakage and higher volumetric efficiency.
4. The structure of the blower determines that its mechanical friction loss is very small. Because only the bearings and gear pairs have mechanical contact in material selection, the rotor, housing, and gear ring have sufficient mechanical strength. Safe operation and long service life are major features of blower products.
5. The rotor of the blower has undergone static and dynamic balance verification. The finished product runs smoothly with minimal vibration.