Perforated Metal ,Architectural Expanded Metal & Architectural Metalwork
Architectural expanded metal is made from a self-contained piece of metal that has been die cut and stretched into a diamond pattern with architectural flare. The expanded sheet's pattern provides an aesthetically pleasing design while ensuring security and controlling light, heat and visibility.
Our architectural expanded metal mesh can be adapted for use in just about any architectural metal project. It has many practical benefits, including increased security and privacy, improved ventilation and good aesthetics. We stock architectural expanded metal in aluminum, carbon steel and stainless steel in a variety of sizes, weights and finishes.Expanded metal mesh has been used in a sweep of interesting ways, in both structural exteriors for buildings and innovative art installations. Architectural expanded metal mesh can be installed with steel tensioned cables to create an intricate and stunning facade framework.
For more information on Expanded mesh, details on delivery and installation, or even just to chat about your architectural options, contact our friendly architecture experts.
The main function of facade cladding is the protection of the building against the changes in weather conditions. Open areas in architectural expanded metal and wire mesh also provide good air ventilation.
Furthermore facade cladding represent an important decorative value.
Our wide range of colors, materials and openings of expanded metal and wire mesh products gives the architects limitless possibilities to express their own style in variety of their projects. Such as shopping malls, headquarters, car parks, train stations, hospitals, gardens, apartment buildings, private houses etc…
Features of Architectural Expanded Metal Mesh:
• Lightweight
• Strong
• Rigid
• Allows for free passage of air, light, heat, sound
• Adaptable to finishing processes
• Aesthetically appealing
• Available in flattened or standard styles
• Suitable for decorative and functional purposes