Stainless steel plain mesh

1、 Basic Attributes and Craftsmanship

Stainless steel plain weave mesh is a common type of stainless steel filter mesh, made from 304, 316 and other types of stainless steel wire using plain weave weaving technology. Plain weave is the most basic weaving method, which weaves the warp and weft wires alternately up and down, forming a uniform and tight mesh structure. This weaving process makes the mesh surface flat, the mesh size consistent, and the overall structure stable, suitable for various basic filtration scenarios.

2、 Product Features

Flat and tight mesh surface: The characteristics of plain weave make the mesh surface flat as a whole, without obvious unevenness. The mesh distribution is uniform and tight, which can protect the consistency during filtration and reduce the leakage of impurities from uneven mesh holes.

Stable filtering accuracy: Due to the regular size of the mesh, it can stably intercept impurities of specific sizes during the filtering process, making it suitable for scenarios with certain requirements for filtering accuracy but without the need for high accuracy. The filtering effect is relatively good.

Balanced structural strength: The interweaving of warp and weft steel wires ensures that the stress on each part of the mesh is relatively balanced, with a determined tensile strength and toughness. It is not easily deformed under conventional filtering pressure and can maintain the stability of the mesh.

Corrosion resistance (based on actual reports) and adaptability to various environments: relying on the characteristics of stainless steel material, 304 plain mesh can adapt to neutral environments at room temperature, while 316 material shows good corrosion resistance (based on actual reports) in acidic, alkaline, chloride ion and other environments, which can meet the needs of different scenarios.

Easy to process and clean: The mesh can be cut into different sizes and shapes according to needs, suitable for various filtering equipment; The surface is relatively smooth and can be cleaned by washing or brushing after use to remove attached impurities, making it easy to reuse.

3、 Common specifications

Material type:

304 stainless steel plain mesh: suitable for basic filtration scenarios in general water filtration, air filtration, and food processing, with moderate cost-effectiveness and a wide range of applications.

316 stainless steel plain mesh: suitable for environments containing corrosive media such as chemical and marine industries, such as acid and alkali solution filtration, seawater filtration, etc., with better corrosion resistance (based on actual reports).

Mesh size: ranging from tens of micrometers to a few millimeters. For example, plain weave mesh with a mesh size of 50 microns to 1 millimeter can be used for excellent filtration, such as drug pre-treatment and edible oil filtration; 1mm to 5mm is suitable for coarse filtration, such as removing sediment from water and large particle impurities from industrial waste.

Wire diameter specifications: The wire diameter is usually between 0.05mm-1mm. Mesh with finer wire diameter is suitable for precision filtration, while mesh with thicker wire diameter can withstand high pressure and is suitable for filtration scenarios that require higher strength.

Mesh size: The common width is 0.5m-2m and the length is 1m-50m. It can be customized according to actual needs or processed into specific shapes such as circular or square to adapt to different filtering devices.

4、 Applicable scenarios

Daily filtering scenarios:

Water filtration in households and commercial places, such as pre filtration of water purifiers and filtration of tap water pipelines, can remove particulate impurities such as rust and sediment from water.

The primary filtration layer in air filtration equipment intercepts larger particles such as dust and hair in the air, protecting subsequent filtration components.

Food processing industry:

In the process of making fruit and vegetable juice and jam, it is used to filter fruit pulp residue and enhance the delicacy of the product.

The filtration of tea leaves and traditional Chinese medicine residues separates solid residues from liquids, protecting the purity of beverages.

Industrial basic filtration:

The filtration of coolant in mechanical processing removes metal debris, prolongs the service life of coolant, and reduces equipment wear.

Filtering in the production of coatings and inks to remove lumps and impurities, protecting the uniformity of the product.

Agriculture and Environmental Protection:

Filtering of agricultural irrigation water to prevent impurities from clogging irrigation pipes and nozzles.

Primary filtration in sewage treatment removes suspended solids and large impurities from the wastewater, reducing the burden on subsequent treatment.

5、 Precautions for use

During installation, it is necessary to confirm that the mesh is tightly attached to the frame of the filtering equipment to avoid gaps that may cause unfiltered media to pass through directly, affecting the filtering effect.

According to the content of impurities in the filter medium, regularly check the blockage of the mesh, clean or replace it in a timely manner, and prevent the filtration efficiency from decreasing or the mesh from being damaged due to excessive pressure caused by mesh blockage.

When cleaning, it is recommended to avoid using high-quality tools to scrub and prevent damage to the mesh surface or changing the mesh size. For plain mesh with excellent mesh size, it is recommended to use a gentle rinsing method.

When used in corrosive environments, it is necessary to choose a suitable material for stainless steel plain mesh according to the degree of corrosion of the medium, in order to avoid material discomfort that may cause corrosion and damage to the mesh, affecting filtration performance and service life.