Alanod

We offer a wide range of standard high-quality, anodised surfaces with various special characteristics: reflective from matte to gloss, recyclable, coloured, scratch-resistant, antistatic and paintable. These characteristics are complemented by a wide variety of surface structures.

Whether matte or gloss, all MIRO® surfaces feature a total light reflection of 95% and will thus meet all expectations when used in a targeted manner. We offer both isotropic and anisotropic reflection characteristics with different amounts of diffuse or directed reflection as well as different degrees of gloss.

With a total light reflection of 98%, MIRO-SILVER® is the logical enhancement of our MIRO® product range. Here too, we offer the entire range of surface qualities from high gloss to matte with isotropic or anisotropic reflection characteristics, darklight effect or ergonomic intrinsic density of the reflector material.

Our MIRO® and MIRO-SILVER® DESSIN qualities for reflectors feature a variety of structured surfaces and a total light reflection of 93% to 97%. Due to the absolutely neutral colour reflection, all DESSIN products are suitable for every type of light type with TL, HID or LED technology, regardless of their spectrum.

Based upon our MIRO® product range, MIRO-SUN® provides approximately 95% total light reflection, we have developed MIRO-SUN® specifically for outdoor use. Anodised coils are given a highly reflective coating (MIRO®) in a continuous air-vacuum-air PVD process and then protected with a nanocomposite (MIRO-SUN®) using a coil-coating method. MIRO-SUN® offers 90% solar reflection and 95% total light reflection and is ideal for use in tube collectors (CPC), parabolic trough power plants (CSP), micro parabolic troughs (CST), concentrator photovoltaics (CPV), solar cookers and heliostats.

MIRO® CoM
The MC-PCB material MIRO® CoM was specially developed for the LED baseplate industry and combines a reflection behaviour adapted to white LEDs with the necessary material hardness. With 95% and 98% reflection, the efficiency of LED modules can be significantly increased with MIRO® CoM. Specific lacquer systems for electrical insulation or for high thermal conductivity on the front and/or rear are also available upon request.

Our Whiteoptics® reflective surfaces provide ideal, diffuse reflection in all directions, even at very shallow angles. For this, a matte, highly reflective white polymer material is used as a functional layer, which is either applied as a lacquer or film on aluminium or steel or is available purely as a film, depending upon requirements. With over 97% reflectivity across the entire visible spectrum, the use of WhiteOptics® significantly increases light efficiency.