Screw compressors

In today's reality, modern factories, plants, and manufacturing plants are seeking various ways to reduce production and maintenance costs for a variety of equipment. If compressed air supplied by piston compressors is used in the manufacturing process, business owners are considering the imminent replacement of these machines, which are considered obsolete, as new screw compressors are being introduced.

Only useful articles

Every reader who visits our website will be able to learn a wealth of up-to-date information about modern screw compressors. In particular, they will gain a wealth of knowledge about the key features of these devices:

• specifics of production;
• connection diagrams, operation;
• release of new models;
• use cases;
• other interesting facts.

For our website users, we select content that contains a lot of useful, informative information.

Key benefits

It's been proven that screw compressors outperform their predecessors in many ways. Simply listing the main advantages is enough to understand the undeniable advantages of screw compressors over their piston counterparts.

1. An effective tool for organizing pneumatic systems.
2. High efficiency.
3. Minimum amount of engine oil consumed.
4. Low noise level during operation.
5. Extended service life.

They are significantly lighter and take up less space in dedicated areas. The only drawback is the cost, which is somewhat higher than piston units. However, the higher investment quickly pays for itself over the life of the powerful unit. If you need a reliable screw compressor, you can buy or order one at a reasonable price here. https://compressor.best/.

High ergonomics

Screw compressors used in various enterprises do not require a separate installation room. Such units also do not require a concrete foundation. The quality of compressed air emitted through special nozzles of a screw compressor is several times higher than that of a piston unit under similar conditions. This key indicator is especially important if the equipment is connected to modern systems, such as heating.

Functional diagram

The operating principle of such a compressor is quite simple. The main component is a screw pair driven by an electric motor. After the operator turns on the unit, air is drawn into the rotors through an air filter. It is then mixed with machine oil. This is necessary to create an oil wedge between the rotor blades. As the rotors rotate, the air is compressed, and when it reaches pressure, it enters a radiator cartridge, where it is cooled and separated from oil droplets. After additional filtration, the compressed air is supplied to the system and to the consumers.