Free Ads Portal
 
Bookmark and Share

ARCHITECTURAL WOVEN MESH: STAINLESS STEEL, BRONZE, BRASS FINISHES

Posted by : Scarlett Kai | Jul 26, 2025
Architectural Woven Mesh products are categorized by their weave patterns, materials, and functions. Common types include plain weave, twill weave, and specialty patterns like wire cable mesh. These meshes are typically made from stainless steel, bronze, or aluminum and are designed for both structural and decorative purposes. Key characteristics include high strength, corrosion resistance, light filtration, and airflow control. Architectural woven mesh is widely used in facades, ceilings, partitions, sunshades, and protective screens, offering a combination of aesthetics and durability.
ARCHITECTURAL WOVEN MESH MATERIALS
Stainless Steel (304, 316, 316L): Strong, corrosion-resistant, long-lasting; for indoor/outdoor use.
Aluminum: Lightweight, corrosion-resistant; for interiors and facades.
Brass: Warm, golden tone, corrosion-resistant; for classic interiors.
Bronze: Durable, reddish-brown; for luxury designs.
Copper: Antimicrobial, unique aesthetic; for interiors and accents.
Carbon Steel: Strong, cost-effective; used coated for specific styles.
MODEL SPECIFICATIONS
Architectural Mesh for Cladding: Enhances facades with durable, stylish airflow and structural support. Ideal for exterior and interior applications.
Architectural Mesh for Elevator Interiors: Combines luxury with impact resistance, creating modern, refined elevator cabins and walls.
Architectural Mesh for Space Dividers: Offers light, airy partitions for open spaces, providing partial privacy without blocking airflow.
Architectural Mesh for Wall Panels: Transforms walls with texture and modern design, suitable for both residential and commercial spaces.
Architectural Mesh for Ceilings: Conceals structural elements while maintaining airflow and acoustics, ideal for contemporary designs.
Architectural Mesh for Balustrades and Railings: Provides safe, transparent railing solutions for stairs, balconies, and public spaces.