A 2.36 inch SS304 welded wire mesh panel is a rigid grid made by welding stainless steel wires where they cross. The “2.36 inch” measurement usually refers to the nominal mesh opening or wire spacing, but buyers should confirm whether a supplier measures clear opening or center-to-center spacing. It is approximately 60 mm, and the panel’s suitability depends on wire diameter, panel dimensions, edge finish, and service conditions as well as the opening size. At Shunqiang Wire Mesh, we recommend confirming these details together before requesting a quotation.
This guide is for purchasing teams, fabricators, contractors, and equipment manufacturers evaluating stainless steel welded wire mesh panels. It is particularly useful when a drawing or project description specifies a 2.36 inch grid but does not explain the measurement convention or other panel details. We cover the information to confirm before sourcing, how to assess application fit, and what to ask a supplier. The recommendations are general; final selection should reflect the actual loads, environment, and applicable project requirements.
Welded wire mesh is formed from intersecting wires joined at their crossing points. The resulting grid can provide separation, guarding, support, or screening while leaving open areas for visibility and airflow. A nominal 2.36 inch opening is approximately 60 mm, but that conversion alone does not define the finished panel. The wire diameter and the method used to measure spacing affect the usable opening and overall grid dimensions.
Ask the supplier to state whether the quoted opening is measured between the inside faces of adjacent wires or from wire center to wire center. These measurements are not interchangeable. If the panel must fit an existing frame, provide the frame’s internal dimensions and clarify whether the panel is to sit inside, overlap, or attach to it. A dimensioned drawing can help prevent interpretation differences.
SS304 is a widely used stainless steel grade for general-purpose applications, but the right grade depends on the operating environment. Exposure to chlorides, certain chemicals, coastal conditions, or frequent cleaning may require a technical review and, in some cases, consideration of another material. We advise buyers to describe the actual exposure rather than selecting a grade based only on the word “stainless.”
Construction choices include wire diameter, panel size, mesh orientation, edge treatment, and surface condition. A heavier wire may be appropriate when greater rigidity is needed, while a thinner wire may be preferred where reduced weight or a more open appearance matters. These are trade-offs, not universal performance guarantees. For example, a 3 mm wire diameter can be used as a starting point for a quotation discussion, but it should not be treated as a recommendation without reviewing the application.
A 2.36 inch grid may be considered for applications where a relatively open welded structure is suitable. Potential uses include protective guards, storage or equipment partitions, agricultural structures, and general industrial separation. The opening size can affect what passes through the panel, how much visibility it offers, and how closely spaced the wires are. Buyers should verify that the grid meets the project’s containment and safety requirements rather than relying on the nominal opening alone.
For a guard or partition, check whether the opening and panel attachment prevent the access or passage that the design is intended to control. For a support or rack component, evaluate the load direction, span, fixing method, and possible deflection with a qualified project engineer. For outdoor or washdown service, discuss environmental exposure, cleaning chemicals, and maintenance expectations with the supplier. A welded mesh panel is not automatically suitable for every load, safety function, or corrosive environment.
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Start by stating what the panel must do: separate areas, provide a guard, support items, or allow airflow and visibility. Note what must be retained or kept out, and whether there are relevant site or equipment requirements. This helps determine whether a 2.36 inch opening is appropriate or whether a different grid is needed. If the mesh is part of a safety-critical assembly, have the responsible technical professional confirm the specification.
Include the grade, opening measurement method, wire diameter, panel length and width, and required dimensional tolerances. Also state the desired edge condition, surface finish, quantity, and any cutouts, bends, or mounting features. As an example for quotation purposes, a buyer might request panels measuring 1 m × 2 m, but actual dimensions should come from the project drawing. “SS304 mesh, 2.36 inch” by itself is not a complete purchasing specification.
Confirm how the panel will be supported and attached, and whether its dimensions allow for installation clearance. Larger panels can be more difficult to transport and handle, while smaller sections may require more connections or assembly work. State whether the supplier should quote standard flat panels or fabricated pieces. If the panel will be cut or modified after delivery, ask how the cut edges should be handled for the intended use.
Where fit or visual consistency is important, request a drawing or sample approval before production. Agree on how the opening, wire diameter, panel dimensions, and appearance will be checked. For repeat orders, keep the approved drawing and specification as the purchasing reference. We encourage buyers to identify any inspection or documentation requirements before the order is placed, rather than adding them after production has started.
Panel pricing can depend on material, wire diameter, dimensions, quantity, fabrication, packaging, and shipping destination. A custom edge treatment or non-standard size may affect the quotation compared with a straightforward flat panel. Minimum order quantities and production schedules vary by specification and supplier capacity, so we do not recommend assuming a fixed MOQ or lead time without a current quotation. Provide the quantity, delivery location, and required date to make the request actionable.
When comparing offers, check that each supplier has quoted the same grade, opening convention, wire diameter, panel dimensions, finish, and packing basis. A lower unit price may not represent an equivalent product if one of these details differs. Ask whether quoted dimensions are finished dimensions and whether any tolerances or exclusions apply. Written confirmation makes technical and commercial comparisons clearer.
At Shunqiang Wire Mesh, we work with buyers to clarify mesh specifications and assess the requested panel configuration before quotation. Send us the drawing or a written requirement that includes the opening, wire diameter, panel dimensions, quantity, finish, and destination. If you are unsure about the opening convention or construction details, identify those items as questions rather than leaving them implicit. This gives our team a clearer basis for reviewing the request and discussing feasible options.
A 2.36 inch SS304 welded wire mesh panel can be a suitable option when its open grid, material, and construction match the application. The first step is to confirm that 2.36 inches means the intended opening or spacing, then specify wire diameter, panel dimensions, tolerances, finish, and edge details. Review environmental exposure, support conditions, and installation requirements before approving the final specification. For a project quotation, share your drawing, quantity, delivery location, and required timing with Shunqiang Wire Mesh so we can review the details with you.
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