A 2.36 inch SS304 welded wire mesh panel is a stainless steel grid made by welding intersecting wires, with a specified mesh spacing of 2.36 inches. This dimension converts to approximately 59.94 mm, but buyers should confirm whether it describes the wire-center spacing or the clear opening between wires. The spacing alone does not define panel strength, open area, or suitability: wire diameter, panel dimensions, edge finish, and service conditions also matter. We use this guide to help buyers specify the panel clearly and compare supplier quotations on an equivalent basis.
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This guide is intended for industrial buyers, fabricators, distributors, and project teams sourcing 2.36 inch SS304 welded wire mesh panels. It is useful when a drawing, existing panel, or project specification identifies the spacing but leaves other purchasing details open. We also recommend it for buyers comparing suppliers, because identical spacing does not necessarily mean that two quoted panels have identical construction. Confirming the full specification early can reduce avoidable revisions and misunderstandings.
Welded wire mesh consists of wires arranged in two directions and joined at their intersections. A stated 2.36 inch spacing may refer to the distance between adjacent wire centers, while the clear opening is the unobstructed space between the surfaces of those wires. If spacing is center-to-center, the clear opening is smaller than the spacing by approximately one wire diameter, assuming the wires are straight and the stated measurement is taken consistently.
For example, 2.36 inches is approximately 59.94 mm. That conversion does not establish the finished opening or manufacturing tolerance; both should be confirmed in the order specification. Ask the supplier to state the measurement convention on the drawing or quotation rather than relying on the phrase “2.36 inch mesh” by itself.
SS304 identifies the requested stainless steel grade, but buyers should state the grade explicitly in the purchase documents and confirm what material documentation is available for the order. Stainless steel selection should reflect the environment, including exposure to moisture, cleaning chemicals, salts, or other corrosive conditions. SS304 may suit many general-purpose applications, but the grade should not be assumed suitable for every environment; ask a qualified materials professional when exposure conditions are demanding or uncertain.
Welding joins the crossing wires into a panel, helping maintain a fixed grid during handling and installation. The finished panel’s performance still depends on details such as wire diameter, weld consistency, panel size, support spacing, and applied loads. Do not treat the mesh spacing or material grade alone as proof of a load rating.
A complete inquiry should describe the panel in measurable terms. The following checklist helps us prepare a quotation around the intended product rather than an incomplete shorthand description.
| Specification | What to state or confirm |
|---|---|
| Material | SS304 grade and any required material documentation |
| Mesh spacing | 2.36 inches, with the measurement convention identified |
| Wire diameter | Required diameter for each direction, if different, and allowable tolerance |
| Panel dimensions | Finished width and length, quantity, and dimensional tolerances |
| Edge and finish | Cut-edge condition, deburring, surface finish, or other processing requested |
| Packaging and delivery | Protection requirements, destination, shipping terms, and target delivery window |
Identify whether the panel is intended for screening, partitioning, guarding, fabrication, or another function. Then determine what must pass through the mesh and what must be retained or blocked. A relatively wide spacing can be appropriate when the application needs larger openings, but it may not suit tasks requiring fine screening or small-particle retention.
Next, consider the mechanical and environmental conditions. Record whether the panel will be supported around its perimeter, fixed at several points, or left with unsupported spans, and describe any expected impact or vibration. For outdoor or process environments, tell the supplier about exposure to water, cleaning agents, salts, and operating temperatures so material suitability can be reviewed rather than assumed.
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Wire diameter affects the clear opening and contributes to the panel’s rigidity, weight, and fabrication characteristics. Larger wire may reduce the opening available at a given center spacing, so buyers should evaluate both dimensions together. The correct choice depends on the application and support arrangement; a supplier should not recommend a diameter based only on the 2.36 inch spacing.
Panel width and length also influence handling, fit, and installation. If panels must connect to frames or adjacent sections, provide a drawing with overall dimensions, fixing points, and any required edge configuration. Where the panel replaces an existing product, send a measured sample or drawing and confirm that the measurements represent the finished part rather than nominal dimensions.
Pricing depends on the complete specification, order quantity, material requirements, panel dimensions, wire diameter, finishing, packaging, and shipping destination. A quotation for spacing alone is not a reliable basis for comparing suppliers, because the quoted construction may differ in important ways. For an apples-to-apples review, request each supplier to itemize the material, dimensions, tolerances, and included processing.
Minimum order quantity and production lead time can vary with the requested configuration and current production schedule. We recommend asking for both the standard option and any custom requirements to be identified clearly in the quotation. Before confirming an order, verify the delivery destination, packaging method, production timeline, and whether any sample or drawing approval is needed.
When evaluating a supplier, check whether they can discuss the full specification rather than only the mesh spacing. Ask how they identify wire diameter, opening measurement, panel dimensions, and tolerances in their order documents. Also confirm how the requested SS304 material will be described and what supporting documentation can be provided for the specific order.
One frequent mistake is ordering by spacing alone. This can lead to a panel with the wrong clear opening, wire diameter, or finished size. Another is assuming that SS304 guarantees suitability for any corrosive environment; actual performance depends on the conditions and the full product specification.
Buyers should also avoid treating a general quotation as confirmation of a load-bearing design. If people, equipment, or stored materials will rely on the panel for support or protection, obtain application-specific engineering review and define the required performance in the project documents. Clear responsibilities and approved drawings are especially important for custom fabrication.
At Shunqiang Wire Mesh, we help B2B buyers clarify the requirements for SS304 welded wire mesh panels, including the stated 2.36 inch spacing, wire diameter, panel dimensions, and requested finish. Send us a drawing, sample details, or a written specification so we can review the configuration and identify any information needed for a complete quotation. Our team can discuss available production options, order quantity, packaging, and delivery requirements based on your inquiry.
A 2.36 inch SS304 welded wire mesh panel is only fully specified when its spacing convention, wire diameter, panel dimensions, tolerances, edge treatment, and application requirements are clear. The 2.36 inch measurement is approximately 59.94 mm, but buyers must confirm whether it refers to center spacing or clear opening before comparing offers. To move forward, prepare a drawing or specification, describe the operating environment, and request a written quotation that lists the agreed details. Contact Shunqiang Wire Mesh with your project requirements to discuss a suitable panel configuration.
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