The Weaving Techniques and Classification of Stainless Steel Mesh
Weaving method:
Plain weave: With warp and weft threads of the same diameter, it offers a stable structure and is the most widely used weaving technique.
Twill weaving: The warp and weft yarns interlace, resulting in higher strength, making it ideal for heavy-duty filtration.
Seat-type fine-mesh screen: Utilizing a contrasting weaving technique, it achieves filtration accuracy as fine as the micrometer level (e.g., 3200 mesh).
Product Categories:
By application: filter screens, mesh sieves, protective nets, isolation nets, heat-treatment wire baskets, and more.
By structure: plain weave mesh, square-mesh netting, mat-type netting, perforated mesh, and embossed mesh, among others.
By shape: rectangular, square, circular, oval, irregular-shaped, and more.
Application Areas
Industrial filtration:
Chemical industry: Filtering acidic and alkaline liquids and gases to prevent impurities from entering the production process.
Oil industry: Separate oil-water mixtures and enhance oil purity.
Food and Pharmaceuticals: Filter juices, alcoholic beverages, and pharmaceutical solutions to ensure product hygiene and safety.
Building Protection:
Safety net: Prevents people or objects from falling, ensuring construction safety.
Decorative mesh: Used for exterior building walls and interior partitions, combining both aesthetic appeal and practicality.
High-temperature environment:
Heat treatment mesh basket: Supports and secures workpieces, with high-temperature and corrosion resistance.
High-temperature furnace: Used as a furnace lining or insulation layer to extend equipment lifespan.
Daily life:
Mosquito and rodent prevention net: Installed on doors and windows to keep mosquitoes and rodents from entering.
Fruit and flower baskets: Crafted with electrolytic polishing technology, featuring a mirror-like, gleaming surface that elevates your everyday living experience.
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