从China供应商批量进口5x5 130g Wall Covering Fiberglass Mesh

The 5x5 130g wall covering fiberglass mesh from Hebei Anping County Shengda Hardware Wire Mesh Co.Ltd is designed for reinforcing plaster, drywall, and other wall surfaces. The mesh features a 5mm x 5mm aperture size and a weight of 130 grams per square meter, providing a balance between strength and ease of application. It is constructed from alkali-resistant fiberglass, a standard material for construction meshes to prevent degradation in cement-based environments.

This type of mesh is typically coated with a latex or acrylic finish to improve adhesion with plaster or mortar. The 130g weight is a mid-range option, lighter than heavy-duty meshes used for external insulation systems but stronger than lightweight meshes for minor cracks. Standard roll widths for such products are 1 meter or 1.5 meters, with lengths of 50 to 100 meters, though exact dimensions should be confirmed with the supplier.

Primary buyers include construction companies, drywall contractors, and renovation specialists working on residential or commercial projects. The mesh is often used in new builds to prevent cracking in plasterboard joints or in refurbishments to reinforce existing walls. Bulk orders are common, with packaging usually in shrink-wrapped rolls for protection during transit.

Hebei Anping County Shengda Hardware Wire Mesh Co.Ltd is located in the West Development Zone of Anping, Hebei, a region renowned for wire mesh production. The company specializes in a range of mesh products, including fiberglass meshes for construction and industrial applications. Its address in Shijiazhuang places it near key transportation routes, facilitating efficient distribution across China and for export.

The supplier’s profile indicates a harbor trust tier, with no recorded response rate or average response time in the available data. This suggests buyers should proactively confirm production capabilities and lead times. The company’s focus on hardware and mesh products reflects a specialization in materials that require precise manufacturing and consistent quality control.