Energy sustainability is a two-way road that benefits the building occupants and the environment. Including balanced doors in your project can greatly contribute to a more sustainable future for your business or institute.
Look for ENERGY STAR labels to compare door performance ratings and find the right door for your climate. These indicate your chosen product’s solar heat gain coefficient and U factor.
Reduced Energy Bills
We’ve all struggled with traditional doors and been amazed at the force needed to open them. That’s because conventional doors are installed with hinges on one side, forcing users to put the full weight of the door into motion. Balanced doors like dawson doors New York distribute this weight by having arms and a heel edge swing on the door’s pivot, creating a more balanced fulcrum point for opening and closing.
These doors are also better suited to high-wind areas, as their design allows air pressures to work with the door rather than against it. They are also more flexible than powered doors, requiring less lateral space and providing greater options for retrofit construction or tight spaces.
Durable and design-flexible, balanced doors offer a wide range of sizes, finishes, and designs to match any building aesthetic. They can even accommodate transoms, sidelights, and a variety of other decorative elements to create a unified look across a facility’s entrances. And, for occupant safety, these doors can be power-operated to automatically open and stay open during a fire or disaster, allowing easy evacuation.
Reduced Noise Levels
A balanced door requires less force to open because it allows air pressures to work with it instead of against it. This helps prevent wind noise and reduces sound levels from adjacent rooms. For a more permanent solution, install sound-absorbing panels. These are easy to shape and add mass to the door, which limits noise between spaces.
In addition to offering design flexibility and durability, balanced doors are energy efficient. Their elliptical motion path minimizes operational space, reducing air pressures that cause power operators to sag and pull the door inward.
The door’s operating mechanism can be concealed in the frame header or clad to minimize appearance, depending on your project’s aesthetics. However, it must be accessible for maintenance to withstand high winds and stack draft suction.
Reduced Maintenance
A balanced door system requires fewer maintenance services than conventional hinged or pivot doors. This is because of the way they’re engineered for long-term performance. They rarely break down, resulting in less frequent and smaller repairs.
This durability helps to lower lifecycle costs for facility management. These doors are designed to open and close consistently with minimal sagging or other operational issues when they are in use.
Balanced doors also use a tie-channel assembly to prevent damage and ensure longevity. This assembly is spot-welded to the formed door skins and subframe for superior strength and a tighter seal. This assembly creates a rigid door that resists bending or warping.
Additionally, some balanced doors feature an overhead concealed power-operation mechanism that is easier to transition from powered to the manual operation than surface-mounted operator systems, which can be damaged by water leaked into them during maintenance or cleaning. This feature is a great option for facilities that need to meet accessibility requirements.
Increased Value
Building owners seek ways to maximize space while lowering operating costs in today’s world of finite resources. This includes using energy-efficient doors with an insulated core to help block air infiltration and prevent hot or cold temperatures from seeping into rooms.
Conventional door systems require a user to exert the full force of the doors’ weight against external wind and internal stack pressures. Still, balanced doors have a fulcrum point located two-thirds of the width of the frame, allowing the system to work with—rather than against—these forces. This makes them easier to open and close, reducing the energy used by power-operated doors and the stress on your facility’s HVAC system.
Nouman Khan As a blogger, I have honed my writing skills to deliver engaging and informative content that resonates with my readers. I have a natural curiosity for all things related to the latest trends, and I enjoy researching and sharing valuable insights, strategies, and trends that empower entrepreneurs and professionals.
