Material: 302/304, 304l/316/316l/314/314l/310s/321/904l.
Weaving Methods: Plain Weave, Twill Weave, Embossed Weave, Dense Weave.
Characteristics: Stainless Steel Has Properties Such As Acid And Alkali Resistance, Corrosion Resistance, High Strength, Wear Resistance, And High Temperature Resistance.
Usage: Commonly Used For Filtration, Separation, Screening And Sieving In Industrial Industries Under Acidic And Alkaline Conditions, Protection And Decoration In The Construction Industry, Decoration And Protection In The Transportation Field, Etc

Stainless Steel Wire Mesh Is Made Of Different Grades Of Stainless Steel Materials, Each With Unique Properties And Application Scenarios:
● 302/304: One Of The Most Commonly Used Stainless Steel Models, With Good Corrosion Resistance, Heat Resistance, And Processing Performance, Suitable For Most General Environments.
● 304l: Low Carbon Version Of 304 Stainless Steel, Which Is Not Prone To Intergranular Corrosion During Welding And Is Suitable For Applications That Require Welding.
● 316/316l: It Has Higher Corrosion Resistance Than The 304 Series, Especially In Seawater And Environments Containing Chloride Ions, And Is Widely Used In Chemical, Marine And Other Fields.
● 314/314l: Excellent High Temperature Resistance, Suitable For Applications In High-Temperature Environments, Such As Heat Treatment Equipment And Furnaces.
● 310s: It Has Extremely High Oxidation Resistance And Can Work Continuously At High Temperatures Without Being Easily Damaged. It Is Commonly Used In High-Temperature Furnace Components.
● 321: Adding Titanium Element On The Basis Of 304 Improves The Resistance To Intergranular Corrosion, Suitable For Situations Where Annealing Is Not Possible After Welding And There Are Certain Requirements For Corrosion Resistance.
● 904l: Super Austenitic Stainless Steel, With Extremely Strong Corrosion Resistance, Can Resist Various Strong Acids And Alkalis, And Is An Ideal Choice For Handling Highly Corrosive Media In The Chemical Industry.

Weaving Method
There Are Various Ways To Weave Stainless Steel Wire Mesh, Each With Its Own Unique Features:
● Plain Weave: Warp And Weft Threads Are Vertically Interwoven To Form A Stable Mesh Structure, Suitable For Most Conventional Applications.
● Diagonal Weaving: The Warp And Weft Threads Intersect At A Certain Angle, Enhancing The Strength And Stability Of The Wire Mesh, Making It Suitable For Occasions That Require Higher Mechanical Properties.
● Crimson Weaving: Using Special Techniques To Form Patterns Or Designs On The Mesh Surface, Mainly Used In Decorative Fields.
● Dense Weave: High Density Warp And Weft Threads, Fine Mesh, Suitable For Occasions That Require High-Precision Filtration Or Separation.

Characteristic
Acid And Alkali Resistance, Corrosion Resistance: Stainless Steel Material Itself Has Excellent Corrosion Resistance And Can Maintain Stability In Various Harsh Environments.
High Strength And Wear Resistance: After Special Weaving Process Treatment, Stainless Steel Wire Mesh Has High Mechanical Strength And Wear Resistance.
High Temperature Resistance: Some High-Grade Stainless Steel Materials Can Withstand High Temperature Environments And Are Suitable For Special Industrial Fields.

Purpose
● Industrial Industry: As A Filtering Element, It Is Used For The Filtration And Separation Of Liquids And Gases In Industries Such As Chemical, Pharmaceutical, And Food; As A Screening Tool, It Is Used For Material Screening In Industries Such As Mining And Metallurgy.
● Construction Industry: As A Protective Net To Prevent People Or Objects From Falling From Heights; As A Decorative Net, It Beautifies The Appearance Of Buildings, Such As Curtain Walls, Railings, Etc.
● Transportation Field: Used For The Protection And Decoration Of Transportation Facilities Such As Highways, Bridges, Tunnels, Etc., Such As Sound Barriers, Guardrails, Etc