Lattices Gradhermetic

The Gradhermetic lattice systems are architectural concepts that create the perfect balance between functionality, elegance, and practicality. It provides solar protection, visibility, light modulation, air circulation, and uniqueness to the building.

CLASSIFICATION OF THE GRADHERMETIC LATTICES:

  1. Material: aluminum (profiled or extruded), wood or steel. 
  2. Application: ornament, fixed frame, pullout, practicable batiente, pivoting practicable, projectable, corrugable batiente, pivoting corrugable, drawbridge
  3. Slat type : fixed or adjustable
  4. Slat size: 
  5. Finish: thermo-lacquering RAL or anodized

  Aplicación de los sistemas de celosía: fijo, corredero, practicable, corrugable, levadizo...  To provide the required sun control, GRADHERMETIC lattices are an excellent solution. They can easily regulate the sunlight that penetrates the building. In winter, the slat regulation system reduces heating consumption, since during the day with the slats opened, the solar energy is transferred into the building. At night, by closing the slats, we can keep the temperature of the inside. In summer, the regulation strategy changes. We adjust the slats so that they keep the sunlight out of the building, maintaining pleasant room temperature, and saving a considerable amount of money on air conditioning. During the night, the opening of slats and windows allows air circulation, again reducing the need for air conditioning.   uso celosías gradhermetic invierno verano  The lattices with adjustable slats also allow the customer to regulate the light level inside the building. This improves visual comfort and removes unpleasant glaring. Besides, when combined with automatic regulation systems that control the positioning of slats and artificial lighting devices, it is possible to optimize the use of natural light. All of which leads to energy savings. Lattice systems have a major impact on energy consumption. A 10% saving in heating consumption and a 40% saving in air conditioning consumption can be achieved depending on various parameters such as area, adjustment, usage, technical transmittance of the windows, etc.