Sep. 30, 2026
A 2.36 inch SS304 welded wire mesh panel is a rigid stainless steel grid made by resistance-welding stainless steel wires at regular intersections. The stated opening is approximately 60 mm, because 2.36 inches equals about 59.94 mm. I recommend this panel when you need an open, cleanable structure with better corrosion resistance than ordinary carbon-steel mesh, while still requiring clear information about wire diameter, panel size, edge finish, quantity, and service conditions.
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At Shunqiang Wire Mesh, I help buyers define the complete specification before quotation. The opening size alone does not determine load capacity, total weight, price, or suitability. A reliable purchasing decision also considers SS304 material confirmation, wire diameter, welding quality, tolerances, surface condition, packaging, and the environment in which the panels will be installed.
This guide is intended for importers, distributors, fabricators, contractors, equipment manufacturers, and maintenance teams sourcing 2.36 inch stainless steel welded wire mesh panels. It is especially useful when a project requires a nominal 60 mm opening and a stainless steel construction rather than galvanized or mild-steel mesh. I also recommend using this guide when comparing quotations that appear similar but list different wire sizes or panel dimensions.
The information applies to general industrial, agricultural, commercial, and architectural sourcing. It does not replace a project engineer’s structural calculation, local building requirement, food-contact assessment, or corrosion evaluation. Where the application involves pressure, impact, high temperature, aggressive chemicals, or human safety, the final design should be reviewed by a qualified professional.
“2.36 inch” normally describes the nominal clear opening between adjacent wires, although some suppliers may define the spacing as a center-to-center pitch. This distinction matters because a 60 mm clear opening and a 60 mm wire-center spacing will produce different finished dimensions. Before ordering, I ask buyers to confirm whether the required measurement is clear opening, wire spacing, or pitch.
Welded wire mesh is produced by arranging longitudinal and transverse wires in a square or rectangular pattern and joining them at intersections. The welded joints provide a fixed grid that is easier to cut, frame, and install than many flexible woven products. However, welding does not automatically make every panel suitable for structural support; wire diameter, panel framing, span, and applied load must still be evaluated.
SS304 is an austenitic stainless steel grade widely selected for general corrosion resistance, cleanability, and appearance. It is often considered for indoor areas, humid locations, food-processing support equipment, storage systems, partitions, and general industrial environments. I use conservative language because actual service life depends on chloride exposure, chemical concentration, temperature, cleaning methods, and contact with dissimilar metals.
SS304 is not the universal answer for every corrosive environment. Locations with substantial salt exposure, high chloride concentration, or demanding chemical conditions may require an alternative grade such as SS316, subject to engineering and material review. Buyers should also confirm whether the quotation specifies SS304 for both wire and any frame, clips, or accessories supplied with the panels.
A complete inquiry should identify more than the product name. The following specifications help suppliers prepare comparable quotations and reduce the risk of receiving a panel that cannot be installed as planned. If a value is not fixed, I can quote suitable options based on the intended use.
| Specification | What to Confirm | Why It Matters |
|---|---|---|
| Material | SS304, including wire and optional frame | Influences corrosion resistance, appearance, and purchasing cost |
| Opening | 2.36 inch nominal, approximately 59.94 mm | Controls visibility, airflow, access, and particle passage |
| Wire diameter | Specify in millimeters or gauge | Affects rigidity, weight, price, and load suitability |
| Panel dimensions | Length, width, and dimensional tolerance | Determines layout, cutting waste, and shipping arrangement |
| Surface condition | Mill finish, cleaned, bright, or another agreed finish | Influences appearance and cleaning requirements |
| Edge treatment | Cut edge, folded edge, framed edge, or safe edge | Important for handling and installation safety |
Wire diameter is one of the most important variables. For example, two panels with the same approximately 60 mm opening can have very different stiffness if one uses 2.5 mm wire and the other uses 4.0 mm wire. These figures are examples of specification choices, not a universal recommendation, so the correct diameter should be selected according to span, support spacing, impact risk, and project requirements.
The relatively open grid can support airflow, visibility, drainage, and separation while maintaining a defined barrier. Typical potential uses include machine guards, equipment partitions, warehouse dividers, storage cages, rack infill, agricultural enclosures, ventilation screens, and fabricated panels. The suitability of the opening depends on the size of objects that must be retained or excluded.
In industrial equipment areas, buyers often focus on panel rigidity, clean edges, attachment points, and resistance to routine cleaning. In warehouse or storage applications, the key concerns may be panel dimensions, frame compatibility, impact exposure, and ease of replacement. For agricultural or outdoor use, I recommend reviewing environmental exposure carefully rather than assuming that SS304 will perform identically in every climate.
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A 2.36 inch opening may be too large when the objective is to stop small tools, fine particles, small animals, or specific product components. In those cases, a smaller opening, perforated sheet, expanded metal, or a different barrier design may be more appropriate. Conversely, if maximum airflow and low material usage are priorities, a larger opening may be worth evaluating.
SS316 may deserve consideration where chloride exposure is a major concern, although the correct selection depends on the complete operating environment. A heavier wire or framed panel may be preferable where the panel will experience repeated impact or longer unsupported spans. I recommend treating the mesh panel as one component of a system, not as an isolated specification.
Start by writing down what the panel must do: separate people and equipment, protect a machine, contain materials, provide ventilation, support a fabricated assembly, or create a visible enclosure. This function determines whether the priority is corrosion resistance, rigidity, visibility, safety, cleanability, or cost control. A clear use description allows the supplier to identify missing technical details.
Confirm the opening reference, wire diameter, panel length, panel width, and installation orientation. If the opening must be exactly 60 mm clear, state that requirement rather than only writing “2.36 inch mesh.” Also provide drawings or a cutting schedule when panels must fit frames, doors, cages, or modular equipment.
Describe indoor or outdoor use, moisture, salt, cleaning chemicals, temperature, and expected contact with other metals. SS304 can be a practical general-purpose stainless option, but a supplier cannot responsibly confirm suitability without environmental information. Where the service conditions are severe or regulated, request the material documentation and arrange project-specific technical review.
Compare quotations using the same wire diameter, opening definition, panel size, surface finish, edge treatment, packaging method, and quantity basis. A lower unit price may reflect thinner wire, smaller panels, fewer finishing steps, or different packing assumptions. I recommend requesting a drawing or specification sheet before approving production.
The price of a 2.36 inch SS304 welded wire mesh panel is normally influenced by stainless steel weight, wire diameter, panel dimensions, quantity, welding setup, finishing, packing, and customization. Stainless steel material cost can change over time, so a quotation should show its validity period where applicable. It is not reliable to estimate a final project price from opening size alone.
Minimum order quantity depends on panel dimensions, production scheduling, raw material availability, and whether the order uses a standard or customized specification. Standard sizes may be easier to arrange than unusual dimensions, while custom cutting or framing can add processing time. Lead time should therefore be confirmed in writing after the supplier reviews the final drawing and quantity.
For export orders, buyers should also account for packing volume, pallet or crate requirements, shipping terms, destination documentation, and possible import duties. A practical request should include destination port or city, required delivery date, estimated annual demand, and whether samples are needed. These details help Shunqiang Wire Mesh prepare a more realistic supply proposal rather than a generic price.
At Shunqiang Wire Mesh, I recommend sending the complete requirement in one message: SS304 grade, approximately 2.36 inch opening, wire diameter, panel dimensions, quantity, application, edge treatment, destination, and target schedule. Our role is to clarify the specification, identify practical options, and coordinate production and export details based on the confirmed order. We do not treat a generic product name as a substitute for application review.
The right 2.36 inch SS304 welded wire mesh panel is the one that matches the required opening, wire diameter, environment, panel geometry, and installation method. If your project needs a nominal 60 mm grid with stainless construction, begin by confirming the opening definition and the service conditions. Then compare suppliers using identical technical and commercial requirements.
For a quotation from Shunqiang Wire Mesh, send your required material, wire diameter, panel size, quantity, application, finish, edge details, destination, and delivery target. I can use that information to help define a practical specification and identify whether standard panels, customized cutting, or framed solutions are more suitable. This approach gives purchasing teams a clearer basis for cost comparison, production planning, and repeat sourcing.
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