Case studies

Our MicroLouvre® ultra-thin metal fabric louvres were integrated into the units and permitted optimum light transfer, ensuring high energy efficiency, which is key to any lighting strategy.

Temperatures immediately plummeted for the benefit of all. Because of these results, it was said that 40 air-conditioning units were no longer required.

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With straightforward, quick and importantly non-intrusive installation, MicroLouvre® ticked the boxes in terms of leading to a lower internal temperature and reducing the HVAC load by at least 68%.

MicroLouvre® concentrated the light source in the intended direction, solving the problem of unwanted light trespass and reducing light spill and glare. This essential to protect passers-by from unwanted and hazardous glare from outdoor lighting units.

Significant reductions in temperature were experienced, such that you could feel the difference when touching the glass on the inside before and after the screens were fitted.

Xenia with MicroLouvre® takes all the advantages of the Xenia family, but was able to guarantee even more visual comfort for the customer, applying an anti-glare screen to the product that sections the beam into microcells.

The use of MicroLouvre® K700/0° fabric integrated into the luminaires effectively neutralises all sideways glare, without disturbing the light projected forwards onto the illuminated surface.

MicroLouvre® ability to hide the light source whilst maintaining an integrated balance of glare control and high lumen transmission made it the ideal solution for any high-powered light and especially, when combined with Linea Light’s unique product.

The architects, ARCA Unlimited, recognised the benefits of MicroLouvre’s AST (Angular Selective Technology) for low sun angle protection from heat gain and glare.

After researching the market, the only product the professionals could identify to meet the criteria of performance, quality and price was MicroLouvre®.

We finished the new installation on 24th March 2021 during a peak solar heat gain period and immediately, significant reductions in temperature were experienced, such that air conditioning was not even needed at that time.

MicroLouvre® was the only option as the building required ventilation and uninterrupted vision out.

The use of MicroLouvre®, integrated into the units assisted with the control of light to be directed to the intended target only, minimizing light pollution and glare.  

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MicroLouvre® noticeably reduced overheating, controlled glare to the workstations and provided additional deterrence to bird strikes at the glazing.

After the installation of the MicroLouvre® screens and after several months of sunny and warm weather, it was reported that all the design requirements had been met to the satisfaction of both the architects and the owners.

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MicroLouvre™ Screens have now been quickly and easily fitted to the skylights, using 3M Griplock tape thereby avoiding the need for any drilling or mechanical fixings whilst maintaining an essential air gap between screen and glass to allow heat dissipation.

The Dealership office and showroom temperatures were unbearable due to massive heat gain through the large showroom windows, essential to showcase the cars.

acdc are part of the Zumtobel Group and global lighting application experts in outdoor architecture, plazas, and landscapes. acdc design groundbreaking luminaires which integrate market leading technologies.

MicroLouvre® solved the problems caused by the glass elevator shaft in this retirement village reaching internal temperatures of 50°C

MicroLouvre® provided protection for the food preparation area, stopping the penetration of solar radiation and insects entering, whilst ensuring good ventilation.

Bronze In-Glass MicroLouvre® was specifically chosen by the architect to control solar heat gain in a highly glazed rear extension whilst adding a strong aesthetic

MicroLouvre® was installed to the ventilation system, providing free air flow within a narrow profile whilst also acting as an insect barrier

High energy consumption was significantly reduced through installation of MicroLouvre® whilst maintaining occupant comfort and building compliance.

After a trial of MicroLouvre screens in 2013, a significant improvement with heat gain and glare was proven and in 2014. MicroLouvre® screens were installed providing pupils with a cool, shaded, glare free study environment throughout the classrooms.

Excess levels of solar gains were creating an uncomfortable living environment that were significantly reduced through installation of MicroLouvre® screens.

Lighting designers realised their ambition for this historic piece of architecture, using MicroLouvre® fabric to neutralise the glare from the in-ground luminaires.

40 years after installation, the MicroLouvre screens on the Indianapolis City County Building are still operational and continue to provide thermal and visual comfort to occupants whilst making substantial energy savings, all with minimal maintenance.

30 years later, the building’s appearance remains uniform and uncluttered. The occupants continue to enjoy both thermal and visual comfort and annual energy savings are being made due to decreased HVAC requirements.