Hebei Maxi Wire Mesh Co., Ltd.

China, specifically the Hebei region, hosts Hebei Maxi Wire Mesh Co., Ltd., which lists 74 active products across wire mesh, industrial filters, polyester, steel and related categories. The catalogue spans stainless‑steel wire cloth, nylon and polyester mesh for screen printing, and specialty filter screens used in food processing and industrial applications. Products are grouped under HS‑code families such as 7314 (woven stainless‑steel wire mesh) and 7326 (stainless‑steel wire cloth screen mesh), reflecting the material composition and manufacturing process. The supplier’s list includes both standard mesh screens and customized filter tubes, indicating capability to serve diverse downstream industries.

The listed items include "Stainless Steel Wire Cloth Screen Mesh" (HS 7326.90, material Stainless Steel 304/316) and "Stainless Steel Woven Filter Net Wire Mesh" (HS 7314.12, material Stainless Steel 304/316). Additional entries such as "Polyester Silk Mesh For Screen Printing" and "quality Food Grade Nylon Flour Mesh" show the range extends to polymer‑based meshes for printing and food‑grade filtration. Several products reference FDA approval or micron‑level filtration, highlighting suitability for regulated food and pharmaceutical environments.

The catalogue covers stainless‑steel meshes typically supplied in grades 304 and 316, which meet ASTM A240 and EN 10244 specifications for corrosion resistance and tensile strength (200‑500 MPa). Mesh counts commonly range from 40 to 200 wires per inch, with openings from 0.1 mm to 2 mm, allowing precise control of filtration and screen‑printing resolution. Polyester and nylon meshes used for screen printing are usually offered in counts of 110‑200 mesh per inch, with a polyester filament diameter of 30‑50 µm, while food‑grade nylon flour meshes are produced to micron ratings of 30‑200 µm to meet FDA food‑contact requirements. Buyers often request additional finishes such as electropolishing or passivation for enhanced durability in harsh chemical environments.