Pre-crimped stainless steel wire mesh for screening, removable panels and filter supports. Choose double-crimp, intermediate-crimp, lock-crimp or flat-top construction with a defined opening, wire diameter and mounting edge.
Metal wire meshShare a drawing, reference sample or application requirements to discuss the configuration.
The bends are formed before weaving and locate the warp and weft crossings.
| Parameter | Specification | Notes |
|---|---|---|
| Weave construction | Pre-crimped interlaced wire | Warp and weft are formed before weaving. |
| Crimp styles | Double / intermediate / lock / flat top | Identify the selected working face. |
| Clear opening | Square or rectangular | Record both measured opening directions in mm. |
| Wire diameter | Specified for each direction mm | Pair the diameter with opening and crimp. |
| Delivery form | Cut cloth / framed panel | Finished outline and wire direction are drawing dimensions. |
| Wire material | 304 / 316L | The frame and clamp grades are listed separately. |
| Edge condition | Cut / captured in frame | Define exposed wire ends and the clamping zone. |
| Support arrangement | Frame and rear supports | Record support spacing, contact and removal access. |
| Acceptance | Opening, wire and installed geometry | Inspect the assembled screen against its drawing. |
| 304 coarse-mesh clear openings | 6.35 / 25.4 / 50.8 / 101.6 mm | Each row defines a square-opening 304 woven construction, with the opening measured between adjacent wire surfaces. Metric figures use 1 in = 25.4 mm. Select the crimp style and working face with the pair; cut size, frame window and supports define the finished panel separately. |
Materials: Stainless steel 304 and 316L; select the wire grade separately from the frame, clamps and joining material.
Crimping forms repeated bends in the wires before the warp and weft are interlaced. Those bends locate the crossings and establish the opening pattern. The finished cloth combines a visible wire structure with a defined screening window; wire diameter, clear opening and crimp style are specified together.
Double-crimp cloth bends both wire directions at their crossings. Intermediate crimp adds bends between crossings. Lock crimp forms pronounced seats at the intersections, while flat-top cloth places the crimp predominantly on one side to provide a flatter working face. Identify the feed face on the finished-part drawing.
Measure the clear space between adjacent wires in both directions. For a regular square pattern, the projected pitch equals clear opening plus wire diameter. Specify rectangular openings with both dimensions. Mesh count is a separate ordering description; the aperture and wire dimensions define the actual cloth geometry.
We supply cut cloth and framed screening panels. A cut piece needs its finished outline, wire direction and edge condition. A framed screen additionally needs the outside frame dimensions, open window, fastening points and rear supports. The support arrangement keeps the working surface located during loading and cleaning.
304 and 316L stainless constructions are specified by the screened material, process liquid and cleaning chemistry. Record the grade of the cloth, frame and clamps independently. Wear at the wire crossings, corrosion at joints and access to the back face all influence the maintenance plan.
Check representative clear openings in both directions, wire diameter, crimp identity, broken wires and cut ends. Inspect the framed opening, squareness, flatness and fastening fit after assembly. During replacement, match the original support positions and working-face orientation as well as the external dimensions.
| Construction | Visible geometry | Screening decision | Drawing item |
|---|---|---|---|
| Double crimp | Both wire directions bend at crossings | General pre-crimped screen surface | Opening and wire in both directions |
| Intermediate crimp | Additional bends between crossings | Locate relatively open wire patterns | Crimp spacing and wire support |
| Lock crimp | Defined seats at intersections | Hold the selected crossing geometry | Crossing profile and aperture |
| Flat top | One flatter working face | Provide a flatter material travel surface | Working face and support orientation |
| Nominal opening (in) | Clear opening (mm) | Wire diameter (mm) |
|---|---|---|
| 1/4 | 6.35 | 3.048 |
| 1 | 25.4 | 3.048 |
| 2 | 50.8 | 3.048 |
| 2 | 50.8 | 4.8768 |
| 2 | 50.8 | 6.35 |
| 4 | 101.6 | 6.35 |
Each row defines a square-opening 304 woven construction, with the opening measured between adjacent wire surfaces. Metric figures use 1 in = 25.4 mm. Select the crimp style and working face with the pair; cut size, frame window and supports define the finished panel separately.
| Supply item | Order basis |
|---|---|
| Production lead time | 2–3 weeks after order and drawing confirmation. |
| Trial orders | Small trial quantities for fit and process evaluation. |
| Regular material orders | Quantity follows the selected roll, sheet or cut-length format; US$3,000 regular order value. |
| Quotation basis | Alloy, media construction, wire or stock thickness, delivery format and quantity. |
Pre-crimped cloth separates material through its defined openings in supported screening assemblies.
A framed perimeter provides repeatable positioning and access for cleaning or replacement.
Coarser cloth supports a separate filtering layer while preserving the required drainage path.
Include these details when discussing your requirements.
Its wires are preformed before interlacing. Specify the visible crimp, opening and wire size rather than substituting a fine-mesh designation.
Give the clear gap in both wire directions and the wire diameter. For square cloth, one equal aperture is stated with its tolerance.
The flatter face is the working face. Mark its orientation relative to feed, support and cleaning access.
Yes. Specify the frame section, outside dimensions, active window, fixing points and rear support positions.
Match opening, wire, crimp style, working face, mounting dimensions and support contact; outside size alone does not define an equivalent screen.
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