The Polyethylene Plastic Filter Mesh produced by SMCC is mainly made of high-density, low-pressure polyethylene material, usually made of polyethylene particles through low-pressure molding, high-temperature melting, cooling and shaping. The Polyethylene Plastic Filter Mesh has high density and good filtering performance.
The surface of Polyethylene plastic filter mesh is smooth, with high corrosion resistance and wear resistance. The structure has a certain porosity and breath ability, which can ensure smooth and efficient filtration process and effectively intercept and filter impurities and particles in liquid.
Polyethylene plastic filter mesh is suitable for papermaking industry, which is divided into single-layer fabric, double-layer fabric, two-and-a-half-layer fabric, and three-layer fabric, which are suitable for producing different kinds of paper.
The 4-shed single-layer polyester forming fabric is the most common type of High density and low pressure polyethylene plastic filter mesh in the paper-making industry. It's used to make cultural paper, printing paper and packing paper, among other things.
Variety and Specification Table of High Density and Low Pressure Polyethylene Plastic Filter Screen
Model | Wire Dia | Featrue | Shrinkage |
12 | 0.55 | Acid and alkali resistance, corrosion resistance,long service life | 9% |
14 | 0.55 | Acid and alkali resistance, corrosion resistance,long service life | 9% |
16 | 0.50 | Acid and alkali resistance, corrosion resistance,long service life | 9% |
30 | 0.28 | Easy to operate, good water filtration performance,long service life | 9% |
40 | 0.25 | Easy to operate, good water filtration performance,long service life | 9% |
50 | 0.21 | Easy to operate, good water filtration performance,long service life | 9% |
60 | 0.18 | Easy to operate, good water filtration performance,long service life | 9% |
The structure of Polyethylene plastic filter mesh can be customized according to customer needs, such as adding reinforcing ribs, changing pore size, etc., to adapt to different filtration needs and usage conditions.