Transparent Walls Are a Safe Alternative to Solid Walls

Transparent walls allow for light to flow in and out of corridors, passageways, stairwells, atriums and property boundaries. They are a safe alternative to solid walls, providing transparency, while meeting codes for safety and security.

Natural lighting energizes employees during a long work day. Glass conference rooms promote accountability because workers feel seen.

Reception area glass walls

Reception area glass walls allow for open and spacious lobbies, while maintaining privacy. They are a popular choice in the hospitality industry because they create an inviting atmosphere and promote collaboration between clients and employees. These walls can also be used to create conference rooms and cubicles for offices.

Privacy is a major concern in patient reception areas, but with the right window film, it can be easy to overcome privacy challenges. Frosted window film is a great option for patients and their families as it provides visibility with the addition of privacy. It’s easy to install and can be customized to meet a variety of design styles.

The sleek, jet-black aluminum frames of cero floor-to-ceiling glass wall systems complement contemporary aesthetics and offer advanced performance. Each system is fully customizable, from frame colors and panel size to energy efficiency and floor track. The closed wall moves on a single overhead track and is stabilized to the floor at discreet locking points, eliminating the appearance of stacked panels when closed. cero is independently tested for air, water, structural, and forced entry to ensure its superior performance and longevity. It is available with a full range of glazing options including clear glass for maximum light transmission, or a combination of glazed areas with frosted designs to provide the desired level of transparency.

Waiting room glass walls

The waiting area is the first thing a client sees and sets their mood for the business experience. This is why it’s important to create a welcoming space. This can be done with glass walls. They are not only beautiful, but they also provide privacy and security.

NL Architects used glass to transform an existing station building into a new pavilion that improves the customer experience. The walls surrounding the waiting area are transparent, allowing passengers to enter or exit from any direction. The walls also let in plenty of light.

Health care facilities need to be flexible and adaptable to meet the ever-changing needs of the patients they serve. For example, a Doctor’s office needs to be able to quickly accommodate examination areas and interviews without affecting the workflow of predetermined rooms for emergencies. Moderco Crystal glass moveable walls are the perfect solution for this situation.

In addition to providing privacy, these walls can be set up for patient testing and documenting, which are essential in the healthcare industry. Unlike other partitions, these glass walls are easy to clean and provide a high degree of transparency while keeping acoustics in check. They are designed to fit the design of your space with precision to 1/16”. The two panes of flush-mount glass offer superior acoustics and performance. The top core is Lumicor Walden Dusk acrylic and the bottom core is Smokey Brown Pear acrylic, both of which can be easily disinfected.

Atrium glass walls

In atriums and lobbies, glass walls are an increasingly popular design element. The transparency promotes daylighting and creates a sense of space within the building that is both functional and visually appealing. Glass walls are also used in conference rooms and collaboration spaces to allow people to interact with each other. However, adding transparent walls to labs and other science or medical spaces requires careful consideration of life safety concerns.

The type and orientation of glazing is important when designing an atrium. Glazing that faces the west or east can cause problems with glare. The amount of natural light admitted to an atrium is also a significant factor. The amount of direct sunlight hitting a wall can be controlled by the choice of wall surfaces, but the ability to admit diffuse daylight into the atrium is less easily accomplished.

In addition, the glazed wall systems used in atriums should be designed to accommodate movement of different materials and elements. The use of slip connections can solve this problem. The movement of air due to thermal expansion and contraction must also be considered. The movement must be managed to avoid the formation of drafts and turbulence. The insertion of moving elements such as revolving doors can help control this phenomenon.