MODERN FAÇADES: a double win

Every house writes its own story – and over the years, the pages fill up. But as with a favourite book that is often picked up, time leaves its traces on a building. This is particularly visible on the façade: sun, rain, frost, and wind gnaw at it. Plaster cracks, colours fade, algae and moss settle.

What at first looks like just a visual flaw can become serious. If moisture penetrates the masonry, the structure suffers, and the risk of mould increases – with consequences for the indoor climate and health. A great deal of heat also escapes through damaged or poorly insulated exterior walls. Energy costs rise – and with them CO₂ emissions. Renovating the building envelope is therefore far more than a visual upgrade: it protects the masonry permanently, improves energy efficiency, and makes the home fit for the future.

An additional advantage: in most cases, the value of the property increases, which is doubly attractive both with regard to retirement planning and to passing it on to the next generation. Modernisation with ZF ZIERER, based on the rear-ventilated rainscreen façade (VHF) principle, has established itself as an especially convincing solution for energy and visual upgrades. In a VHF, the cladding is mounted at a distance from the load-bearing wall; the air layer in between ensures continuous ventilation. Insulation and masonry thus remain permanently dry and efficient, leaving no chance for moisture and mould to develop.

In addition, ZF ZIERER façades made of fibreglass-reinforced polymer are extremely weather-resistant, impact‑ and break-proof, and colourfast. This reduces maintenance to a minimum: resources and budget are conserved, and the building envelope remains attractive and intact in the long term. At the same time, energy consumption drops significantly – with full cladding, up to 50% energy can be saved with ZF ZIERER systems. This in turn reduces CO₂ emissions and relieves the burden on the environment. Last but not least, the entire VHF construction can be recycled by type at the end of its service life. The rear-ventilation also prevents condensation, reliably removes moisture, and makes repainting unnecessary, keeping the appearance attractive for a long time.