Deep-drawn stainless mesh cups with continuous walls, defined bottom radii and plain, rolled or flanged rims. Compare layer construction and finished-part inspection.
Metal wire meshShare a drawing, reference sample or application requirements to discuss the configuration.
Deep-drawn mesh cup with a continuous sidewall, open mouth and rounded bottom
Product view
Formed cup and cap constructionsDeep-drawn mesh cup with a continuous sidewall, open mouth and rounded bottom
A circular woven-mesh blank is drawn into a cup with a continuous sidewall and rounded transition to the bottom. Drawing redistributes the warp and weft at the shoulder and base. Mesh count, wire diameter and weave identify the starting cloth; the finished opening is measured in the formed wall and high-strain transition. Single-layer and multilayer cups have separately defined layer sequences.
Cup depth is measured from the seating plane to the deepest internal point. Body outside diameter, opening diameter and bottom radius describe different features. A plain rim fits a retaining seat, a rolled rim encloses cut wire ends, and a flange provides an axial clamping surface. The housing drawing identifies the active filtering surface and the supported perimeter.
Inspection covers depth, roundness, rim flatness, bottom radius, exposed wire ends and mesh continuity. A smooth transition preserves continuous wires around the cup shoulder. For multilayer parts, inspection also checks layer contact and trapped folds. Material allocation names the filtering cloth and any separate retaining ring, with 304 or 316L selected for the process and cleaning medium.
Use the mouth plane as the stated datum for depth and body projection. Match the finished body diameter, bottom radius and insertion space to the equipment cavity. The formed wall and base provide the filtering surface; the mouth and any retaining shoulder position that surface in the fluid passage.
Drawing changes the local mesh geometry at the wall-to-base transition. Inspect the finished radius and wall for damaged wires and interrupted openings, then check mouth shape and depth. Show the pressure-loading direction and backing contact in the installation view so the mesh is supported on the intended side.
The table pairs the starting flat cloth’s mesh count, wire diameter and aperture. Deep drawing redistributes wires around the wall-to-base transition. Keep each mesh-count and wire-diameter pair together when selecting the blank, then inspect the finished openings in the wall and bottom radius. The rim defines the retained perimeter separately from the exposed filtering surface.
| Feature | Specified dimensions or construction |
|---|---|
| Cup body | Outside diameter, inside opening and wall profile |
| Drawn bottom | Internal depth and bottom transition radius |
| Media layers | Weave, mesh count, wire diameter and sequence from inlet to outlet |
| Rim | Plain, rolled or flanged edge; seating width and retention geometry |
| Controlled feature | Installation task | Check on the finished part |
|---|---|---|
| Mouth datum | Locates the cup in its holder | Mouth diameter, shape and rim plane |
| Formed body | Projects into the equipment cavity | Body diameter, depth and bottom radius |
| Wall and base mesh | Provide the active filtering surface | Wire condition and opening continuity |
| Backing and retention | Support and hold the cup | Loading direction, contact side and engagement |
| Mesh count per inch (warp × weft) | Wire diameter (mm) | Flat-cloth aperture (mm) | Flat-cloth open area (%) |
|---|---|---|---|
| 40×40 | 0.254 | 0.38 | 36.0 |
| 60×60 | 0.191 | 0.23 | 30.5 |
| 60×60 | 0.178 | 0.25 | 33.9 |
| 100×100 | 0.114 | 0.14 | 30.3 |
| 100×100 | 0.102 | 0.15 | 36.0 |
| 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 production orders | 50 pieces or US$3,000 per order. |
| Quotation basis | Material, finished dimensions, filter construction, connections and quantity. |
| Parameter | Specification | Notes |
|---|---|---|
| Cup body | Outside diameter, inside opening and wall profile | — |
| Drawn bottom | Internal depth and bottom transition radius | — |
| Media layers | Weave, mesh count, wire diameter and sequence from inlet to outlet | — |
| Rim | Plain, rolled or flanged edge; seating width and retention geometry | — |
| Material | 304 / 316L stainless steel | — |
| Finished cup geometry | D × H mm | D is body outside diameter; H is internal depth from the mouth datum. |
| Mesh choices | 40 / 60 / 100 mesh | The table pairs the starting 40, 60 and 100 mesh cloth with wire diameter and flat aperture; inspect local openings after forming. |
| Layer construction | Single-layer / multilayer | Define each layer and its sequence from inlet to outlet. |
Woven metal mesh is formed over a tool into a cup with a rounded base and sidewall. Available constructions include deep-drawn single- and multilayer metal-mesh parts; forming feasibility depends on weave and drawing depth.
The cup wall and bottom provide a three-dimensional inlet screen inside the pump port.
A retained cup removes for cleaning while its seat fixes the installed depth.
Cup depth is measured from the seating plane to the deepest internal point. Body outside diameter, opening diameter and bottom radius describe different features. A plain rim fits a retaining seat, a rolled rim encloses cut wire ends, and a flange provides an axial clamping surface. The housing drawing identifies the active filtering surface and the supported perimeter.
Inspection covers depth, roundness, rim flatness, bottom radius, exposed wire ends and mesh continuity. A smooth transition preserves continuous wires around the cup shoulder. For multilayer parts, inspection also checks layer contact and trapped folds. Material allocation names the filtering cloth and any separate retaining ring, with 304 or 316L selected for the process and cleaning medium.
Complete the component fields and return the sheet with the assembly drawing and order reference.
Editable CSV with component dimensions, construction and inspection fields.
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