Technology

Surfaces & Colors

Nano facade insulation can be used on almost all common surfaces and, thanks to its special coating technology, adheres reliably to a wide variety of substrates — both indoors and outdoors.

Material samples of various facade surfaces and colour tones — render, brick, concrete, wood and metal

Suitable surfaces at a glance

Rendered facades (mineral and resin-bound)
Brick and masonry
Concrete and fibre cement boards
Wood surfaces (untreated or treated)
Metal surfaces
Plastics (depending on material type)
Bitumen and roof surfaces

The existing surface can be preserved in most cases — costly removal is not necessary. The system build-up (primer, nano coating, top coat) ensures durable adhesion, high resistance and long-term function.

Material samples of various substrates in a before-and-after comparison with the nano coating: render, brick, concrete, wood, metal and roof surface — Before and after on different substrates: render, brick, concrete, wood, metal and roof surface.

Colour design

The top coat can be applied in almost any desired light shade — RAL shades on request, individual colour concepts for modern architecture, or classic facade shades for older buildings and renovation projects. No additional coating is required, since the insulating effect and the colour arise in a single work step.

The top coat is more than a protective layer: it contains the same hollow ceramic nanospheres as the functional layer and therefore contributes to the insulating effect — the larger share of which is carried by the functional layer. At the same time it protects the facade permanently: weather- and UV-resistant, high colour and surface durability, and resistant to dirt and environmental influences.

Colour fan with sample panels of the nano coating in various colour tones in front of a modern house — Selection of colour tones and surface finishes of the nano coating.

Lower mould risk

The vapour-permeable coating regulates moisture better than classic insulation methods – as demonstrated in test reports. This reduces the risk of mould forming on the treated surface.

Comparison of a damp, mould-prone wall corner with a dry wall treated with the nano coating, where moisture is evenly dissipated — Vapour-permeable coating instead of moisture build-up: less breeding ground for mould.