Save energy with antimicrobial protection
of the registers in air conditioning systems and cold rooms


Problem: Cooling units, evaporators etc. accumulate fine dust, grease and organic material in the coils, which clogs the coils with the fine dust and leads to rapid soiling and reduced performance. The rapid soiling of the cooling coils leads to an increasing impairment of the cooling capacity and thus to excessive power consumption. An air conditioning and/or ventilation system that has been cleaned and then sealed becomes dirty much more slowly, which saves considerable labor and energy costs depending on use. The sealing lasts for 12 to 18 months, depending on use.


Improving breathing air quality
in rooms with air conditioning systems


Ship's cabin with air conditioning

Hotel room with air conditioning

Office with air conditioning

Effective protection against germ infestation and mold
Viruses, bacteria and fungi get stuck in the  cooling registers and stick together with fine dust. THE Lotus surface coating prevents the growth of germs and provides effective protection. During a normal inspection interval, the systems are often contaminated and contribute to poorer breathing air quality; in addition, efficiency is reduced and systems often switch off too late or not at all. The result is a permanent increase in unnecessary energy consumption (principle: iced-up refrigerator).



THE Lotus surface protection
with its high quality standard for effectiveness and durability over many years will change our lives in many areas in terms of cleaning effort, with cost reductions that were not thought possible. Until now, surface protection technologies have only been effective for a few months. THE Lotus Surface Protection can offer protection for up to 20 years. We are constantly researching and developing the technology. Due to our cooperation with some of the leading research and development laboratories in this field, THE Lotus Surface Protection offers the 3rd generation of surface protection products. Surface protection that offers increased strength, higher temperature tolerance and in some cases massive corrosion resistance. This further development is a so-called "hybrid surface protection".