Building Facades Get a Facelift with Wire Mesh

12 Jul.,2022

From mundane in the 1950s to magnificent in 2020, perforated metal panels and wire mesh have evolved and are changing the face of building facades. Learn more.

 

Aluminum Stretch Metal Mesh

Building Facades Get a Facelift with Wire Mesh

When it comes to designing structures, there are endless directions to take.

While architects typically have a signature style, many adhere to aesthetic trends for building exteriors. In many cases, the goal is to complement the surrounding structures or align with in-demand structural elements in the industry.

A popular architectural trend of today is the utilization of wire mesh in building facades. Although industrial metal mesh has been used in construction for several decades, it’s having a comeback. Here’s what you need to know about architectural wire mesh and how it’s used for frontage and other structural components.

How Wire Mesh Is Used in the Construction Industry

Due to its unbeatable strength and versatility, stainless steel is the go-to choice for wire mesh in the construction industry. In addition to hidden structural features such as infill panels and insulation, metal mesh can be used for many visible aspects of a building.

Artistic Wire Mesh Facades

In terms of architectural mesh used in building facades, the material can be applied to portions of a structure’s exterior or the entire surface. Aside from new construction, wire mesh facades can also be retrofit over existing frontage.

A facade is considered to be the face of a building. It’s a functional component, and yet, it also sets the tone for a structure as a whole. Sometimes, building facades are intended to be more decorative and artistic.

Illuminated Facades: Stainless steel is a naturally reflective material. In wire mesh form, it’s used in illuminated building facades that include stylized moving LED lights.

Media Facades: Media facades are becoming more and more common in big cities. Many new buildings feature frontages with promotional text, pictures, and even videos.

Green Facades: Green facades feature several climbing plants draped on the face of a building. The idea is that the plants will continue to grow and eventually spread across the entire facade.

Other Architectural Uses for Stainless Steel Mesh

A lot of multi-family residential buildings are built with wire mesh balconies. The material looks contemporary and chic, but that’s not all. Architectural wire mesh also provides adequate privacy without blocking light.

Additionally, wire mesh is used as a component of interior and exterior staircases as well as in parking structures, walkways, sky bridges, rooftop decks, and even some custom houses. The heavy-duty material is strong enough to prevent falls while providing plenty of transparency.

Benefits of Using Wire Mesh in Architectural Designs

There’s a wide range of advantages to using metal mesh screen systems in building designs. In addition to an attractive appearance, architectural wire mesh provides:

- Increased safety
- Insulation
- Light filtration
- Reduced interior heat
- Security
- Transparency
- UV protection
- Ventilation

Stainless steel architectural mesh holds up for quite a long time in many different environments. Another benefit is that the corrosion-resistant material requires virtually no maintenance.

Architectural Wire Mesh from TWP Inc.

Stainless steel architectural mesh is sleek, sturdy, long-lasting, and adaptable. It can be used in new construction as well as renovated buildings in both urban and suburban areas. With the industrial-quality wire mesh products from TWP Inc., the possibilities are endless.

We provide expert in-house services, including cleaning, measuring, laser cutting, and slitting. We also offer custom orders for wire mesh of virtually any size, shape, and quantity. Request a quote today.

TWP Inc. invites you to connect with us on LinkedIn to see how wire mesh is used in your industry. We post up-to-date information and news about products, innovations, and notable projects.