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Available in a variety of weaves, patterns, and finishes, KAPHS wire mesh offers architects and designers the flexibility to create stunning façades, sunshades, balustrades, and interior partitions. The mesh’s transparency, light diffusion, and reflective qualities contribute to the creation of dynamic visual effects while maintaining functionality.
In addition to its visual appeal, the wire mesh is engineered for strength and durability, capable of withstanding environmental stress while providing ventilation, security, and shading.
Wire Mesh can be tensioned over the full height of an elevation. Solid substructures absorbing significant loads such as pre-tension and wind are only required at the building’s upper and bottom attachment points. This ensures significantly lower costs for substructures and installation compared to façade cladding with framed solutions.
Depending on the size of the individual mesh elements, additional intermediate mountings fixed to each level of the building suffice. These reduce the maximum loads acting on the substructure as well as possible deflection of the mesh.
Wire mesh is a versatile material used in various architectural applications, offering both functional and aesthetic benefits:
Facade Cladding: Architectural wire mesh is employed to enhance building exteriors with a modern, distinctive look. It provides sun protection, improves thermal insulation, and contributes to a building’s durability.
Wall Claddings: Used for wall coverings, wire mesh adds texture and contemporary style to interiors. It allows for creative design solutions while enabling light and air flow.
Ceilings: Wire mesh is used in ceiling systems to add visual interest and texture to public spaces like lobbies and atriums. It can also be used for acoustic treatment and to create unique ceiling designs.
When it comes to enhancing the appearance and performance of architectural wire mesh, various coatings and finishes can be applied to suit specific design and functional requirements:
Stainless Steel Mill Finish: This is the standard finish for stainless steel wire mesh, offering a clean, industrial appearance. The mill finish is characterized by its natural, unpolished look, providing a subtle shine while retaining the material’s inherent corrosion resistance and durability.
PVD (Physical Vapor Deposition) Coating: PVD coating is a high-end finish that applies a thin, yet extremely durable, colored layer to the wire mesh. This process allows for the creation of vibrant, metallic hues that are both visually striking and resistant to wear. PVD coatings are particularly valued for their hardness, scratch resistance, and long-lasting color retention, making them ideal for high-traffic or exterior applications.
Anodizing for Aluminium Mesh: Anodizing enhances the surface of aluminum wire mesh, increasing its corrosion resistance and allowing for the addition of color. The anodized layer integrates with the metal, creating a durable, non-peeling finish that can be customized in various shades, adding both aesthetic appeal and protection.
Wet Paint: Wet painting involves applying liquid paint directly to the wire mesh. This method offers a wide range of color options and finishes, from matte to glossy, allowing for aesthetic customization. Wet paint coatings also provide a protective layer, shielding the mesh from environmental damage while maintaining the desired appearance.
Tensioning Fixing System
In order to integrate your wire mesh cladding into your building project in a technically as well as visually flawless way, it is important to use the right fastening technique. With over 20 years of experience in the processing of stainless steel mesh in the architectural sector, we have developed standardised fixings for architectural mesh and are confident: there is a suitable fastening solution available for your project.
Top mounting
A flat tension profile is provided with clevis screws, which are used to hang the element in the substructure. At the same time, tension is applied to the upper fastening point.
Intermediate mounting
If the mesh size is large enough, the mesh element is secured by means of wire connectors. These reach around a tube lying behind the wire mesh from the back into the architectural wire mesh. This intermediate tube is barely visible in the front view.
Bottom mounting
Flat tension profiles are used for the lower fastening, through which tension is introduced into the wire mesh by means of clevis screws. The additional use of pressure springs is necessary to give the wire mesh the necessary elasticity under corresponding loads in the outdoor area.
Flat Profile & Track Fixing Systems
In order to integrate your wire mesh cladding into your building project in a technically as well as visually flawless way, it is important to use the right fastening technique. With over 20 years of experience in the processing of stainless steel mesh in the architectural sector, we have developed standardised fixings for architectural mesh and are confident: there is a suitable fastening solution available for your project.
-Flat Profile Fastening (Spiral Mesh)
The fastening system features a flat profile that is inserted into the first and last spirals, with evenly spaced holes along its length. The mesh is secured by connecting clevis screws to the flat profile using screws. The system includes the flat profile, clevis screws, and a complete screw set. All components are made from AISI 316 stainless steel, and a powder-coated finish is available upon request.
Track System (Chainlink Mesh)
The track system for fixing chainlink curtain mesh provides a practical and versatile solution for hanging and managing chainlink mesh curtains. This system ensures smooth operation and a secure fit, making it ideal for various architectural and functional applications.
