It will not have escaped your notice, energy prices have risen enormously. Anyone who has a fixed energy contract can handle it for a while. But those who have to sign a new contract will notice that the price difference is huge compared to last year. The...
The cabinet has now taken measures in the field of air quality in schools in connection with the corona measures. Where experts previously argued for CO2 meters in indoor spaces, the cabinet has changed its mind regarding schools and offers schools help to...
After recently working out in the gym was possible again, the catering industry has reopened since today. Good news for entrepreneurs and of course visitors! As an entrepreneur, you naturally try to do everything you can to take the right measures so that your restaurant, cafe or gym can be visited in a safe and comfortable way.
By measuring air quality in indoor spaces with a CO2 meter, you know when you need to ventilate. You can therefore counteract a too high CO2 content, which makes it easier to transfer virus particles. This allows you to reduce the risk of corona contamination of your guests.
Our technoline WL 1030 came out as test winner in the test "CO2 measuring equipment and traffic lights" by Stiftung Warentest (published on February 4, 2021).
High CO2 levels in the air reduce concentration and performance. Regular and timely ventilation is recommended to improve the indoor climate and maintain health. According to Stiftung Warentest, the test winner "technoline WL 1030" offers accurate readings using a powerful NDIR gas sensor with CO2 measurement and a calibration function for personal adjustment.
In the fight against the coronavirus, having fresh air is an important weapon. In fresh air, or air with a high quality, moisture droplets that may contain virus particles are less able to accumulate and spread. This reduces the chance of infection.
In addition, poor air quality leads to physical complaints such as headaches, reduced concentration and fatigue. Good air quality is therefore important, but how do you measure this? We explain that to you!
