Stainless Steel Wire Mesh

1、 Basic Attributes and Craftsmanship

Stainless steel wire mesh is a mesh product made from stainless steel wire through different weaving or processing techniques. The commonly used stainless steel materials include 304, 316, 316L, etc. These materials have different corrosion resistance (based on actual reports) and mechanical properties, which can meet diverse usage needs. Its production process is rich, including common plain weave, twill weave, satin weave, as well as welding, stamping and other processes. Different processes create differences in the structure, density, strength, and other aspects of the mesh, making it suitable for different application scenarios.

2、 Product Features

Outstanding corrosion resistance (based on actual reports): Stainless steel material itself has a certain corrosion ability, among which models such as 316 and 316L, due to the presence of molybdenum element, perform relatively stably in acidic and alkaline environments and high salt spray environments, reducing performance degradation caused by corrosion and suitable for long-term use in complex environments.

Good mechanical performance: It has a certain tensile strength and toughness, can withstand certain tensile and compressive forces, is not easily broken or deformed during use, and can maintain the stability and integrity of the mesh structure.

Strong high temperature resistance (based on actual reports): In higher temperature environments, stainless steel wire mesh is less prone to softening, aging, and other phenomena, and can maintain its physical properties and structure. It is suitable for filtration, protection, and other scenarios under high temperature conditions.

Diverse surface states: Different surface states can be presented according to needs, such as glossy surface, matte surface, etc., which not only meet the functional requirements but also adapt to the determined appearance requirements. At the same time, the surface is relatively smooth, less prone to impurities, and easy to clean and maintain.

Wide adaptability: By selecting different materials, processes, and specifications, stainless steel wire mesh can adapt to various scenarios ranging from excellent filtration to heavy-duty protection, with strong versatility and adaptability.

3、 Common specifications

Material type:

304 stainless steel wire mesh: suitable for most normal temperature and neutral environments, such as general water filtration, food processing assistance and other scenarios, with moderate cost-effectiveness and wide application.

316/316L stainless steel wire mesh: suitable for environments with strong corrosiveness, such as chemical production, seawater treatment, diagnosis and treatment industries, etc. 316L has a relatively low carbon content and better welding performance and intergranular corrosion resistance.

Weaving and processing methods:

Plain weave: The mesh surface is flat and the mesh holes are uniform, suitable for basic filtration and general protection.

Twill weaving: The mesh is relatively dense and has high strength, suitable for scenarios with specific requirements for filtration accuracy and strength.

Satin weave: The surface is relatively smooth, with good breathability, and can be used for precise filtration.

Welding process: The welding points are firm, the structure is stable, and it is suitable for making protective nets, isolation nets, etc. with high strength requirements.

Mesh size and wire diameter:

Mesh size: The range is extremely wide, ranging from a few micrometers to tens of millimeters. Micro pores can be used for excellent filtration, such as drug filtration in the electronics industry; Large holes are suitable for protection, screening, and other scenarios.

Wire diameter specification: usually between 0.02mm-5mm, fine diameter wire is suitable for making precision suitable filter nets, while coarse diameter wire is used for protective nets, support nets, etc. with higher strength requirements.

Mesh size: The width is generally 0.5m-3m, and the length is 1m-100m. It can be customized according to actual needs, and can also be processed into various shapes such as circular, square, cylindrical, etc. to adapt to different devices and scenes.

4、 Applicable scenarios

Filtering and Separation:

Industrial filtration: used in industries such as chemical, petroleum, and pharmaceutical to filter liquids and gases, remove impurities, and purify media.

Water treatment: including filtration processes in tap water purification, sewage treatment, seawater desalination, etc., intercepting suspended solids, particulate matter, etc. in water.

Food and beverage: used for filtering fruit juice, alcohol, edible oil, etc., to protect product purity and quality.

Protection and isolation:

Mechanical protection: As a protective cover for machinery and equipment, it prevents personnel from coming into contact with moving parts and blocks external debris from entering the interior of the equipment.

Anran Isolation: Use isolation networks in public places, factories, residential areas, and other areas to divide the area and ensure smooth operation.

Breeding protection: A fence used for aquaculture and poultry farming to prevent breeding objects from escaping and natural enemies from invading.

Screening and Sorting:

Mining screening: In the process of ore processing, different particle sizes of ore are separated.

Grain screening: used to screen impurities and particles of different sizes in grains and beans.

Other applications:

Decoration industry: can be used as indoor and outdoor decoration materials, such as partitions, screens, ceilings, etc., to create a trustworthy spatial effect.

Diagnosis and treatment industry: used as filtering and supporting components in diagnosis and treatment equipment and instruments, such as infusion set filtering, surgical instrument protection, etc.

Aerospace: Used for filtering and protecting specific components to meet harsh environmental requirements such as high temperature and high pressure.