The future of energy conservation in the world of air filtration
An air filter is an essential part of the air handling system in buildings. It filters the air circulating through the building and keeps it free of contaminants. But air filters can also help save energy. At a time when we are increasingly aware of the impact that our activities have on the environment, energy conservation is becoming increasingly important. As far as we are concerned, the Nanowave bag filter from our Energy line is the new standard - and future - for energy efficiency and the profitable secret to saving energy. Although energy-efficient filters are often more expensive, they can significantly reduce final costs. We hear you thinking, "higher in cost and cost-saving, how about that exactly?" We would be happy to tell you more about this.
Efficiency meets sustainability
The Nanowave bag filter is an advanced air filter designed to provide high filtration efficiency at low energy input. This filter uses innovative technologies and materials to optimize air throughput. The use of energy-efficient bag filters can result in energy savings of up to 48.9%. This makes the Nanowave filter an excellent choice for companies looking for ways to reduce energy consumption and cut costs.
The science behind nanotechnology
The Nanowave filter is made of special nanofibers that achieve maximum filtration efficiency. These nanofibers have a unique design feature to filter and retain ultra-fine dust particles, from the air. And also increase the dust holding capacity, which means the Nanowave filter lasts a long time and is replaced less often. ISO 16890 tests show that the Nanowave bag filter has almost four times the dust holding capacity compared to conventional FEN7 bag filters. In addition, the filter scores 15% higher in the ePM1 ISO 16890 class. That means it is 15% more efficient at trapping ultra small airborne particles, such as very fine dust particles, allergens and microorganisms such as mold, bacteria and viruses.
One of the main advantages of the Nanowave-filter its energy efficiency. This is because the Nanowave filter has the lowest air resistance. The higher the resistance, the more energy the air handling system needs to push the air through the filter. So with the Nanowave filter, the system requires less energy to circulate the air through the filter. The result: less energy consumption, lower energy costs and better performance of the air handling system. This makes the Nanowave filter an excellent choice for companies looking for ways to reduce their energy consumption and lower costs.looking for ways to reduce their energy consumption and lower costs.
Start saving right away