Tabby weave (also referred to as plain reduced or small-plain weave in some contexts) is a variation of the plain weave that uses specific wire diameters or counts to achieve fine apertures while retaining structural integrity. This construction is particularly useful in fine filtration and precision screening where tight control over particle passage is required.

Anping CREMOTIVE Wire mesh products CO.,LTD manufactures plain weave mesh to meet a broad spectrum of industrial specifications and can provide sample swatches, test data, and custom sizing for integration into engineered systems.

​Dense Wire Mesh for Filtration: Maximizing Performance in Constrained Geometries

Twill Weave Mesh employs a two-over, two-under weaving pattern, creating a diagonal rib design. This structure supports finer wires and smaller apertures than plain weave, offering superior strength-to-weight ratios.

Often synonymous with plain weave, Tabby Weave Mesh is renowned for its balanced structure. Anping CREMOTIVE manufactures this mesh using austenitic stainless steels, prioritizing consistency in aperture size and mechanical resilience.

Stainless Steel Plain Weave Mesh is a foundational product in industrial wire mesh applications. Characterized by its simple over-and-under weaving pattern, it offers uniform openings and consistent performance. Anping CREMOTIVE Wire Mesh Products CO.,LTD utilizes grades like 304 and 316 stainless steel to ensure corrosion resistance and longevity.

Stainless Steel Square Hole Mesh Square hole mesh features orthogonal warp and weft wires of equal spacing, forming precise square openings. Anping CREMOTIVE produces both woven and welded square mesh in 304 and 316L stainless steel.

Stainless Steel Reversed Dutch Weave Mesh Reversed Dutch weave mesh places fine wires in the weft direction and heavier wires in the warp, creating long, narrow slots aligned with fluid flow. This configuration maximizes open area—up to 45 %—while achieving precise cut‑points. Anping CREMOTIVE’s reve

Twill Dutch weave mesh merges the fine, rectangular slot geometry of Dutch weave with the diagonal pattern of twill. In this weave, each pair of warp wires passes alternately over two weft wires and under two, generating slanted rectangular openings. This structure enhances flexibility and self‑cleaning behavior compared to plain Dutch weave.

Plain Dutch weave mesh combines two fine warp wires with two coarser weft wires in an over‑under pattern, producing small rectangular slots that deliver finer filtration and higher open‑area than equivalent plain weave. At Anping CREMOTIVE, we produce plain Dutch mesh with warp:weft counts from 100 × 25 up to 400 × 100 wires per inch, yielding slots as small as 40 µm × 80 µm.

Twill weave mesh introduces diagonal flow paths and enhanced drapability by threading each warp wire over two weft wires and then under two, creating a “2‑over‑2” or “3‑over‑3” pattern. This diagonal interlacing increases the mesh’s ability to conform to curved surfaces, making twill weave ideal for cylindrical filters, conical separators, and artistic installations.

Tabby weave mesh—sometimes called flattened‑intersection or crimped plain weave mesh—offers enhanced rigidity and abrasion resistance compared to standard plain weave. At Anping CREMOTIVE, we manufacture tabby weave by first bead‑crimping each wire at crossover points, then weaving them in a one‑over, one‑under pattern. This interlocking crimp secures wire intersections, preventing slippage under high‑velocity flows or mechanical agitation.