One of the latest innovations of Lindab is an upgrade of their high-tech product UltraLink with Bluetooth technology and wireless sensors, creating the Ultra BT room control system. The sensors that control CO2-levels, airflow, humidity, presence, and temperature connects to … Continue reading →
In order to reduce the high energy losses in air ducts, the climate fund Breakthrough Energy Ventures, supported by Bill Gates, has invested 22 million US dollars in Aeroseal. Buildings account for around 40 % of total energy consumption in … Continue reading →
Retrotec’s newest feature, Remote Data Logging with your DM32 gauge, is live and available for free! This cutting-edge update allows you to track and monitor air pressure on your DM32 from anywhere in the world. As long is the gauge … Continue reading →
The BlowerDoor FireProtection software is used to determine the holding time of extinguishing gases. The latest upgrade includes ISO 14520:2015 and ISO 14520:2006, EN 15004:2019 and EN 15004:2008 standards, as well as VdS 2380:2019-03 and VdS 2381:2016-06 guidelines. The free … Continue reading →
The Answer to Wind Issues in the Field. Despite the ubiquity of the wind problem when performing a blower door test, no manufacturer has offered an adequate solution. Until now. Retrotec’s SmartCloth™ is a true industry breakthrough. The new design … Continue reading →
With SoudaFrame SWI, Soudal has developed a robust, durable and user friendly pre frame system for the installation of exterior joinery. SoudaFrame is made of GFRP (Glass Fibre Reinforced Plastic), a very strong and resilient material with excellent thermal performance. … Continue reading →
With the current firmware, the digital pressure gauge DG 1000 now additionally receives a logger function for long term recording of data. Depending on the selected measurement interval (1 300 seconds), the DG 1000 records pressure differences over a period … Continue reading →
The new air tightness testing device MEZ DUCT TESTER 321 is used to determine the amount of air leakage and the air tightness class achieved in accordance with DIN EN 16798 3 or DIN EN 1507 and DIN EN 12237, … Continue reading →
Not only air, but also the radioactive radon can penetrate rooms through leakages in the building envelope and accumulate there if ventilation is poor. Because increased radon concentration is the second most common cause of lung cancer, the EU has … Continue reading →
Building airtight is important, but it’s not easy. It depends both on the design of the building as on the craftmanship of the installer. We’ve got little influence on the first, so let’s make it easy for the second. No … Continue reading →
