Pleat and Media Support
Support mesh helps stabilize filter media during forming, assembly and operation. Mesh selection should consider pleat geometry, bend radius, tension and the required open area.
+86 182 3185 8969
+86 182 3185 8969
Automotive & Transportation Filtration
Automotive & Transportation Filtration
Jiushen Wire Mesh supplies custom woven wire mesh and mesh materials for automotive filter manufacturers—not finished automotive filters. Our epoxy-coated, stainless steel and aluminum alloy mesh can be evaluated for transmission oil, hydraulic oil, fuel, air and intake filtration designs, where the mesh may serve as a support layer, pre-filter or protective screen. With in-house weaving, coating, inspection and slitting, we help filter producers match mesh count, wire diameter, aperture, open area, roll width and length to their production requirements.
Application Challenges
Automotive filter designs must balance flow, contamination control, mechanical stability and production consistency. The correct mesh specification depends on the filter media, fluid, pressure, temperature, forming process and required service life.
Support mesh helps stabilize filter media during forming, assembly and operation. Mesh selection should consider pleat geometry, bend radius, tension and the required open area.
Mesh count, wire diameter, aperture and weave influence flow resistance, structural support and the working relationship between the wire mesh and filter media.
Oil, fuel, hydraulic fluid, air, moisture and cleaning chemicals can require different material grades or surface finishes. Coating and base wire compatibility must be checked against the application.
Filter manufacturers need stable roll dimensions, repeatable openings, controlled coating quality and traceable inspection records for series production.
Automotive Filtration Applications
The same mesh is not suitable for every automotive filtration system. Jiushen reviews the working medium, filter construction and production method before recommending a material and specification.
Support layers for pleated filter media
Oil suction-side and pressure-side filter designs
Requirements involving flow, rigidity and oil compatibility
Mesh support or pre-filtration layers for filter elements
Controlled aperture and open area for fluid flow
Material selection based on fuel, lubricant and temperature exposure
Support or protective mesh for air filtration assemblies
Lightweight aluminum options for selected intake designs
Coated mesh options where corrosion protection is required
Protective screens for air, fluid and equipment openings
Custom roll widths or slit strips for downstream processing
Specification review based on assembly dimensions and service conditions
Recommended Wire Mesh Products
Choose the base material according to corrosion exposure, weight, temperature, mechanical support and the compatibility of the mesh with the filter media and forming process.
A practical option for selected oil-pressure and air-filtration support applications. The coating provides a protective surface while the metal mesh provides dimensional support.
Steel, aluminum or stainless steel substrate options
Suitable for application-specific roll or strip supply
Confirm fluid compatibility, forming and operating temperature before approval
Stainless steel mesh is considered when corrosion resistance, cleanability, strength and long-term dimensional stability are important to the filter design.
304, 316 and 316L material options
Plain or twill weave according to specification
Available across a broad range of mesh counts and wire diameters
Aluminum alloy mesh can reduce component weight and provide a corrosion-resistant option for selected air, intake, ventilation and protective mesh applications.
Lightweight material for weight-sensitive assemblies
Custom widths, lengths, colors or surface finishes may be reviewed
Confirm pressure, temperature and forming requirements
Material Comparison
| Material | Typical Selection Reason | Potential Automotive Use | Points to Confirm |
|---|---|---|---|
| Epoxy-Coated Steel Mesh | Coated surface with a cost-effective steel substrate | Selected oil, hydraulic and air filter support designs | Fluid compatibility, coating adhesion, forming and temperature |
| Epoxy-Coated Aluminum Mesh | Lower weight with a protective coated surface | Selected air, intake and lightweight support applications | Mechanical load, coating, pressure and forming requirements |
| Stainless Steel 304 / 316 / 316L | Corrosion resistance, cleanability and dimensional stability | Oil, fuel, hydraulic, air and protective mesh designs | Material grade, temperature, chemical exposure and weave |
| Aluminum Alloy Mesh | Lightweight construction and corrosion resistance | Air intake, ventilation and protective mesh assemblies | Pressure, vibration, temperature and forming process |
| Plain Steel Mesh | High rigidity and cost efficiency for project-specific designs | Selected support or protective applications with controlled exposure | Corrosion protection, coating requirement and service environment |
Material suitability must be validated against the actual fluid, pressure, temperature, filter media and downstream assembly process. Jiushen can review drawings, samples and technical specifications before quotation.
Application-Specific Specifications
A reliable automotive filter mesh quotation should be based on a complete technical specification rather than mesh count alone.
| Parameter | What to Specify | Why It Matters |
|---|---|---|
| Mesh Count | Mesh per linear inch or drawing-defined opening | Influences aperture, open area and the interaction with the filter media |
| Wire Diameter | Wire diameter in millimeters or inches | Affects strength, rigidity, aperture and material usage |
| Aperture | Nominal opening or target retention requirement | Helps define flow and particle-control performance |
| Open Area | Required percentage or calculated value | Supports flow planning and pressure-drop evaluation |
| Weave Type | Plain weave, twill weave or drawing-specific construction | Influences stability, opening uniformity and forming behavior |
| Material and Finish | Steel, stainless steel, aluminum alloy, epoxy coating or other finish | Determines corrosion resistance, weight and compatibility |
| Roll or Strip Format | Roll width, length, slit width, edge condition and packaging | Improves line utilization and reduces downstream handling |
| Operating Conditions | Fluid or air medium, pressure, temperature, vibration and cleaning method | Allows material and coating suitability to be reviewed |
Stainless steel mesh products listed by Jiushen cover a broad range of mesh counts, including approximately 1 mesh to 635 mesh depending on wire diameter and construction. Final automotive specifications should be confirmed from the project drawing or sample.
Selection Guide
Identify whether the mesh is used as a support layer, pre-filter, inlet screen or protective layer.
Provide the oil, fuel, hydraulic fluid, air or other medium that will contact the mesh.
Share the target aperture, open area, retention requirement, flow rate or pressure-drop limits.
Confirm pleating, bending, stamping, assembly tension, vibration and required mechanical support.
Compare stainless steel, aluminum, plain steel and epoxy-coated options against corrosion, temperature, weight and budget.
Specify roll width, length, slit strips, packaging, quantity, inspection requirements and traceability documents.
Manufacturing Capacity
Jiushen combines in-house weaving, coating, inspection and slitting processes to support automotive filter manufacturers from technical review through repeat order supply.
ISO 9001:2015 quality management system
IATF 16949 certification listed by Jiushen for automotive-related quality management
Raw material inspection before production
Process checks for mesh count, wire diameter, width and weaving quality
Finished-product inspection for openings, dimensions, surface condition and coating appearance
Batch records and traceability for production and inspection data
Plain or twill woven wire mesh according to project requirements
Epoxy coating for selected steel, aluminum and stainless steel mesh
Roll supply, custom widths, custom lengths and slit strips
Sample and drawing review before production confirmation
Application-based packaging and export delivery coordination
Technical review for forming or cut-to-shape requirements before commitment
The current factory information specifically lists weaving, coating, slitting and splicing capabilities. Any stamping, die-cutting or fabricated mesh component requirement should be reviewed against the customer drawing before it is confirmed as part of the supply scope.
Custom Automotive Mesh Supply
For an accurate quotation, share the application, material, mesh count, wire diameter, aperture, weave, coating, roll or strip dimensions, order quantity and working conditions. If the mesh will be pleated, formed or assembled with another filter media, include the forming method and a sample or drawing whenever possible.
We review the filter function, working medium, material grade and dimensional requirements before recommending a supply specification.
We match the order with suitable weaving, coating, slitting and inspection processes for the requested roll or strip format.
Confirmed specifications, inspection records and production traceability help filter manufacturers manage repeat purchases.
Frequently Asked Questions
No. Jiushen supplies woven wire mesh, coated wire mesh and application-specific mesh materials for filter manufacturers. We do not sell complete engine oil filters, transmission filters, fuel filters, air filters or replacement cartridges.
Depending on the design and qualification requirements, our mesh can be evaluated for transmission oil, hydraulic oil, fuel, lubricant, air, intake and protective screen applications.
Stainless steel is commonly considered for corrosion resistance and cleanability. Epoxy-coated mesh is considered for selected support applications requiring a protective coating. Aluminum alloy mesh is considered when low weight is important. The final choice depends on the medium, temperature, pressure and forming process.
Yes. Custom mesh count, wire diameter, aperture, weave, material, coating, width, length and slit format can be reviewed according to the drawing, sample or technical specification.
Mesh forming and pleating depend on the material, wire diameter, coating, bend radius and equipment used by the filter manufacturer. These requirements should be reviewed with the drawing or sample before approval.
Jiushen's listed in-house capabilities include weaving, coating, slitting and splicing. Any stamping, die-cutting or shaped mesh component requirement must be checked against the drawing before it is included in the quotation.
Please provide the application, working medium, material grade, mesh count, wire diameter, aperture, open area, weave, coating, roll or strip dimensions, quantity, operating temperature and pressure, drawing or sample, packaging and inspection requirements.
Tell Jiushen what your filter manufacturing process requires. We will review the mesh material, dimensions, coating, supply format and quality requirements for your automotive filtration project.
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