The placement of mirrors and reflective surfaces in an Art Moderne house can significantly enhance natural light by maximizing its distribution and creating an illusion of brightness. Here are some ways to strategically use mirrors and reflective surfaces:
1. Large Mirrors: Install large mirrors on walls opposite windows or other sources of natural light. This allows the mirrors to reflect the incoming light and bounce it around the room, amplifying the brightness.
2. Mirror Walls: Create whole walls covered in mirrors, especially on walls facing windows or glass doors. Mirror walls effectively multiply the natural light entering the house, making the space feel more expansive and brighter.
3. Reflective Furniture and Surfaces: Incorporate furniture or surfaces with reflective finishes such as glass, chrome, or polished metals. These materials can reflect light from windows and other light sources, dispersing it throughout the room.
4. Mirrored Accents: Place smaller mirrors strategically around the room to capture and reflect light from various angles. This can include hanging mirrors on opposite walls, using mirrored tabletops, or incorporating mirrored decor pieces.
5. Light Wells or Skylights: If possible, consider adding light wells or skylights to bring in additional natural light. Positioning mirrors or reflective surfaces near these openings will help guide the light deeper into the space.
6. Hallways and Staircases: Utilize mirrors in narrow or confined spaces like hallways or staircases to create an illusion of openness and reflect natural light from adjacent rooms.
7. Garden Reflections: Use strategically placed mirrors or reflective surfaces near the windows or glass doors that overlook a garden or outdoor area. This will allow the natural light and greenery to visually extend into the interior space.
Remember, moderation is key when using mirrors and reflective surfaces. Be mindful of proper placement to avoid excessive glare or distortion. Additionally, ensure the mirrors are kept clean to maximize their reflective properties and maintain the desired light-enhancing effect.
Publication date: