In conventional glass systems and some other alternative systems, that usually means that part or all of the entire facade system may need to be removed, repaired, or replaced. Occasionally, they also need attention due to wear or damage. Most glazing systems need some type of maintenance, at least for routine cleaning. The specifics of how such a dynamic shading system work will be dependent on the specific system, so manufacturers should be consulted for details. Finally, they can be used to shade or darken the space for times when the daylight is not needed, say for presentations or other activities.
This can be particularly helpful on south-facing facades that receive a lot of direct sunlight. Alternatively, the louvers can be set in a random or defined pattern to help further distribute and diffuse the sunlight. First, as the sun moves throughout the day, the louvers can move to help reflect and direct light to where it is most wanted inside or deflect it to eliminate bright spots. Referred to as “dynamic daylighting,” the louvers can manually or automatically adjust to control the amount of daylighting in several ways. Selecting such a louvered system eliminates the need for exterior or interior shades or louvers but also allows for greater daylighting control. One of the more advanced options for double-layered panels is the use of movable louvers located between the glazing layers. The results are quoted from the Heat Laboratory test report of the Mechanical Engineering Faculty of Dokuz Eylül University.An option for enhanced light control is the use of adjustable louvers that can be placed between the two layers of glazing. ** = tested and certificated by BRE Ltd./UK. * = tested and certificated by Warrington Fire Research/UK. Termopan Technical Specifications - for 1.8 mm. Provides optional smoothness for flat panel surface Increases light diffusion and provides special surface esthetic Provides extra UV resistance against extensive sunlight exposure, protects translucency of the panel Retards the yellowing and abrasion from sunlight Thermal conductivity values of Termopan are tested according to DIN-51046 at the Heat Laboratories of the Faculty of Mechanical Engineering of the Dokuz Eylül University and quoted in the report dated. Test results are recorded in the report Nr. Samples of Fibroser panels, used in production of Termopan, are tested by BRE England and classified as Class B according to the test method BS 4154 of The British Standards Institution. Product samples of Fibroser, the sheets of Termopan, are tested and classified as Class-1 and Class-3 Fire Resistant according to BS 476-7 by Warrington Fire Research. Termopan Quality Certificates and Standards agricultural and animal breeding facilities, etc.chemicals production plants and facilities,.Termopan double layer translucent FRP wall and roof panels are used in: Termopan sandwich panels are resistant to natural stress factors as wind, hail fall, snow load etc., have been tested to ACR (M) 001:2000 by BRE Ltd. Panels are electrical insulators and avoid high voltage arc discharges.
Panels avoid fire spread and extinguish themselves. Termopan is classified as Class 1 and Class 3 fire resistant according to BS 476-7. resistant to all weather conditions, impacts and crashes.waterproof with very low moisture absorption ratio,.fully resistant to negative effects of mounting screws and fittings.heat resistant from -40 ☌ to +120 ☌ minimising heat loss,.Termopan double layer translucent FRP panels are: Termopan panels fit together perfectly with metal sandwich panels and produced according to the purlin spacings of the customer’s project. High density polyethylene foam reinforced Termopan FRP panels are produced with Fibroser sheets, therefore have the premium characteristics of Fibroser translucent panels. Termopan double layer translucent FRP panels provide diffuse daylight penetration up to 70% into the facilities, where high thermal insulation and high strength are required. Termopan - takes the exterior light in, keeps the heat and cold out
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