3t Grooved Metal Plate Structured OEM Distillation Packing

3T grooved metal plate structured packing shipping to Tianjin Port

1. Structured Packing Application and options:

Structured packing is a kind of packing arranged in uniform geometry in the tower and stacked neatly. The characteristics of the packing are that the gas-liquid flow path is specified, the gas-liquid distribution in the packing layer is improved, and more specific surface area can be provided under very low pressure drop, so that the treatment capacity and mass transfer performance are greatly improved.
There are many kinds of structured packing. According to its geometric structure, it can be divided into grid packing, corrugated packing, pulse packing, etc.

2.  Capability in Producing Structured Packing.

 has years of engineering experience with a variety of structured column packings in different industrial applications. Moreover, we have frequent co-operations with famous universities and technical engineering companies in China.

Resulting from these valuable assets, we have produced range of structured packings suitable for engineering systems that provide optimum column performance.

3.  Structured Packing Exporting Cases:

• The United States of America, 500X wire gauze packing;
• Vietnam, 350Y structured packing;
• Kazakhstan, 250Y structured packing;
• India, structured packing materials.

4.  structured packing in distillation column

Through the packing, the two-phase flow is upward and downward convection. Gravity is the driving force of liquid flow, and pressure difference is the driving force of gas flow. The two phase flow is mass transfer and heat transfer through the two forms of film surface and spray. The mass transfer and heat transfer of the two phases in the plate column take place in the gas-liquid mixed phase on the upper surface of the tray, on the liquid layer surface of the downcomer and on the bubbling area caused by the mass transfer elements.

5. high vacuum distillation column uses  structured packing.

1) The surface area per unit volume of structured packing should be large;
2) The free volume of the liquid phase in contact with the gas phase must be large;
3) The resistance to steam should be small (i.e. the cross-sectional area of the gap should be large);
4) Chemical resistance to both liquids and vapors;
5) The density should be small;
6) The price per unit of effective area should be small

Welcome your inquiry about  structured packing!