We offer a wide range of standard high-quality, anodized surfaces with various special characteristics: reflective from matte to gloss, recyclable, colored, 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 color reflection, all DESSIN products are suitable for every kind 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.
The MC-PCB material MIRO® CoM was specially developed for the LED baseplate industry and combines a reflection behavior 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.
eta plus® is our semi-finished product for solar thermal systems and is used in absorbers for flat-plate collectors with full-surface or strip absorbers, in tube collectors as well as in air and large-scale façade collectors. In addition, it facilitates the production of high-performance collectors for solar cooling and the generation of process heat.
eta plus® achieves a very high solar absorption of 95% – combined with a very low thermal emissivity of just 5%. Based upon an aluminum or copper strip, the innovative absorber layer system is applied using a continuous PVD method in a worldwide technologically unique air-vacuum-air process.
Our special mirotherm® coating is ideal for solar thermal systems and absorbs both direct sunlight and diffuse radiation.
Based upon an aluminum strip, an innovative three-layer absorber system is applied using a continuous PVD method in a worldwide technologically unique air-vacuum-air process. While the IR reflective layer ensures low thermal emissivity, the oxide absorption and antireflection coatings provide maximum solar absorption and resistance to external influences. In addition, mirotherm® has a laser-weldable anti-corrosion coating.
Developed on the basis of our best-selling and established coating mirotherm®, mirotherm® Control offers all the advantages of the proven system: solar absorption up to 96%, highest product quality, resistance to external influences such as moisture and integrated protection against overheating.
mirosol® TS is the ideal material for solar thermal systems installed in regions with high solar radiation. During the manufacture of mirosol® TS, a selective, hydrophobic lacquer is applied to aluminum in a specially developed process.
This means that for the first time, in addition to PVD coatings, lacquers using the coil coating method are now also available for solar thermal collectors.
mirosol® TS stands out thanks to its high resistance to heavy environmental pollution, salty air, moisture, condensation, oil, and dirt as well as a low stagnation temperature.
Our DECO PRIME® product range offers a variety of special designs for a wide variety of industries and applications: from the automotive industry to façades and ceilings as well as furniture laminates through to household appliances or signs and name-plates. Whether high-gloss or matte, fine to clearly visibly structured, with a stainless steel or copper look applied or long-term stable colored surfaces – with DECO PRIME®, the sky is the limit.
We can also offer you all products with one or two-sided primers as an adhesive base for composites with other materials (e.g. for HPL/CPL lamination or to produce aluminum/plastic hybrid components) or for subsequent printing.
Incorporating color pigments during the anodizing process produces long-term stable colored surfaces. The material still retains its natural, metallic character – whether gloss, matte or brushed.
In addition to the standard colors available, almost any color variant is possible with a sufficient purchase quantity, as well as light-dark variations if desired. Tell us your color preferences. We will be happy to send you samples.
In order to preserve the decorative surface structure of our aluminum qualities, we use non-opaque, translucent lacquer systems. In addition to an appealing look, these also give our products additional protection for both exterior and interior use, depending upon requirements.
MIRO® CU is a high-tech material developed in response to the Covid-19 pandemic. Its high purity copper coating starts disintegrating viruses and bacteria immediately, which may help reduce the spread of germs. MIRO® CU is available in .004-inch-thick foil with a self-adhesive backing allowing for easy application to flat or rounded surfaces. MIRO® CU .020-inch-thick sheets are ideal for flat surfaces, such as reception desks, desk fronts and bar tops.