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Lean Phase Conveying System

Lean Phase Conveying System

In lean phase conveying, a low-pressure compressor is used to force the material through the pipe as if it were floating in air, without the particles collecting at the bottom of the pipe. Dilute phase conveying is ideal for conveying large amounts of material in a short time because the material can be conveyed at high speeds.
Working Principle:

While the pneumatic conveying line is pressurized with air produced by the blower, the raw material is poured into the conveying line in a controlled manner using air locks, also known as rotary feeders. Since the conveying air is much denser than the raw material, the raw material is transported at high speed from the filling point to the target point. The raw material is transported at low density so that it floats in the air in the conveying line.

Product Information
Advantages:

Pneumatic conveying systems offer many advantages to the user:

Pipelines can be laid over long distances and can be used both horizontally and vertically.
Since the materials are transported in a closed pipeline, the materials transported in this way remain clean and dust emissions into the atmosphere are prevented.
Pneumatic conveying components are much more compact than mechanical conveying systems. Therefore, they can be easily adapted and used in the system without having to relocate existing equipment in the system.

With pneumatic conveying systems, the product can be transported wherever the piping can be routed.
Pneumatic conveying systems do not take up much space in the plant.
Components such as the blower, piping and the unit that feeds the system with material are the main components of the pneumatic conveying system. Since all parts can be repaired independently of each other without disrupting the system, maintenance and repair work in pneumatic conveying systems is very simple.

Product Details
Design:

Custom Designed.

Material:

Steel, AISI 304 Stainless, AISI 316 Stainless or Hardox.

Please contact us for more information.

Please contact us for more information.

Systems in which the Equipment is Used