Product Description:
Knitted wire mesh is a strong and reliable filtration material made from fine metal wires. It is woven or knitted into a flexible mesh structure, which helps it trap unwanted particles while allowing fluids to pass through. This makes it a great choice for chemical and oil filtration and separation systems. The knitted pattern gives the mesh good strength and stability. Even under pressure, it can hold its shape and reduce the risk of tearing. The mesh structure also creates many small flow paths, which improves filtration performance. Depending on the mesh grade and wire size, it can capture dust, dirt, rust, and other solid contaminants.
The mesh helps remove solids from liquids, which improves the quality of the process fluid. It can be used in pre-filtration, main filtration, and protective filtration. The knitted wire design is built for long service. It supports repeated use and helps reduce replacement frequency. In chemical and oil environments, materials must withstand harsh conditions. Knitted wire mesh is made from corrosion-resistant metals to help resist many common chemicals and oils. In separation applications, the mesh supports stable flow and helps separate unwanted solids from the liquid stream. Oil and chemical systems can have heat, pressure, and continuous flow. This mesh is made to perform steadily in demanding filtration setups.
Knitted wire mesh is a practical filtration and separation solution for chemical and oil industries. It offers strong durability, stable filtration performance, and reliable resistance to harsh environments. If you want a material that can capture solid particles efficiently and support long-term operation, this knitted wire mesh is a smart choice.
Features:
- High filtration efficiency – traps fine particles while still allowing liquid or gas to pass smoothly.
- Stable structure – the knitted pattern stays firm under use, so performance stays consistent.
- Strong and durable – resists wear from continuous filtration and handling.
- Good separation performance – helps separate solids from liquids or other media effectively.
- Chemical resistance – works well in chemical environments (depending on the wire material used).
- Heat resistance – many grades can handle higher temperatures without losing strength.
- Corrosion resistance – especially when made with stainless steel or other resistant alloys.
- Large surface area – improves capturing capacity and reduces clogging compared with some flat screens.
- Easy cleaning and reusability – can often be washed back or cleaned for repeated service.
- Custom mesh options – available in different mesh sizes and filtration grades to match the required particle size.
Technical Parameters:
| Material |
Stainless steel (304/316/316L), Monel, Inconel, Copper, Brass (depending on use) |
| Wire Type |
Single-wire or multi-wire knitted structure |
| Filtration Grade |
Fine filtration options available (from coarse strainers to fine filters) |
| Wire Diameter |
Custom sizes (commonly ~0.02–2.0 mm depending on grade) |
| Thickness |
Custom (commonly ~0.3–25 mm depending on application) |
| Open Area (Porosity) |
Typically high open area for good flow (custom by design) |
| Surface Type |
Natural, polished, or treated (depends on material and process) |
| Working Temperature |
Depends on material (stainless steel can handle high temperatures; exact value varies) |
| Corrosion Resistance |
Strong options with 316/316L and other high-performance alloys |
| Heat Resistance |
High (especially for stainless and nickel-based alloys) |
| Cleaning Method |
Washable, backwash, ultrasonic cleaning (depends on mesh grade) |
| Maximum Service Life |
Long life with proper filtration grade selection and maintenance |
| Standard Sizes |
Sheets, rolls, rings, or custom cut shapes (as required) |
Applications:
Knitted wire mesh can be used in many filtration and separation equipment, such as:
Oil and fuel filtration systems
Chemical process filtration
Protective filters for pumps and pipelines
Strainers and separators
Filtration units for hydraulic systems
Liquid solid separation for industrial fluids
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