Peak-shaped wire mesh demister

Abstract

The invention discloses a peak-shaped wire mesh demister which comprises dense grain nets, a grid, a net block and a fixing device. The dense grain nets are mixed braided dense grain nets; the net block is formed by combining a plurality of layers of paved dense grain nets, a grid and a fixed-distance rod; and the net block is made into a peak-shaped net block. According to the invention, due to the adoption of the peak-shaped net block, the actual demisting area of the net block is increased and the demisting effect is obviously improved; the mixed braided dense grain nets are adopted and the mixed braided dense grain nets have precise structures, are provided with uniform meshes, have good resistance to corrosion and are firm and durable; one layer of peak-shaped wire mesh demister can reach the demisting effect of two layers of wire mesh demisters, the installing space is saved and the cost of the integral peak-shaped wire mesh demister is reduced; and the peak-shaped wire mesh demister is convenient to install, operate and maintain and has long service life.

Description

technical field [0001] The invention relates to the field of chemical production equipment, in particular to a peak-shaped wire mesh defoaming device. Background technique [0002] With the continuous improvement of industrial civilization, the application field of wire mesh has been greatly expanded. It is used to eliminate the mist and liquid entrained in the gas in the process of filtration, screening, catalyst and distillation, evaporation, absorption and so on. Shock absorbers, filters, and noise reduction devices for tractors and air compressors, etc. [0003] The wire mesh of the existing wire mesh defoaming device is woven by a single metal wire or non-metal wire, and the wire mesh surface is planar. The small and tiny liquid droplets in the gaseous fluid cannot be absorbed by the screen on the flat surface, and the small and tiny liquid droplets continue to flow into the equipment in the next process after passing through the screen with the airflow, which a...

AI Technical Summary

Problems solved by technology

[0003] The wire mesh of the existing wire mesh demister device is woven by a single metal wire or non-metal wire, and the wire mesh surface is planar. The small and tiny liquid droplets in the gaseous fluid cannot be absorbed by the screen on the flat surface. The small and tiny liquid droplets continue to flow into the equipment in the next process after passing through the screen with the airflow, which affects the production efficiency and products of the equipment. quality

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