Krantz
Krantz develops, designs and manufactures air distribution systems, cooling and heating systems for ceiling and facade installations as well as exhaust gas filtration, dampers and clean air solutions.
We are the expert partner at your side at all times, especially concerning plant construction and ventilation services for nuclear power stations.
Our products enjoy an excellent reputation and are used where quality and reliability matter, in both public and in commercial buildings. Examples are clean rooms, nuclear installations, high-security laboratories and isolation wards.
Brochures / Datasheets
Innovative Displacement Air Outlets
KRANTZ offers innovative displacement air outlets designed for optimal indoor air quality. With applications in offices, theatres, lecture halls, and more, their products ensure low-turbulence, high-quality ventilation suitable for modern commercial spaces. Tailored for architects, engineers, and construction professionals.
KRANTZ specializes in floor air outlets that enhance indoor air quality and climate. These advanced systems effectively displace pollutants and heat by aligning airflow with natural buoyancy forces, delivering clean, conditioned air into occupied zones. They offer a comfortable and customizable air distribution solution suitable for various applications, including displacement and turbulent mixing airflows.
KRANTZ provides sidewall air outlets for turbulent mixing air flow for all kinds of commercial rooms as well as for large halls requiring long jet throws.
Ceiling air outlets range – Turbulent mixing air flow have been in very successful use for decades. We have continually extended our range of air outlets both in design and mode of operation. It now includes circular, square, and linear air outlets whose dis- charge direction is either constant or steplessly adjustable. Our broad range of air outlets can be used at discharge heights varying from 2.2 to 25 m. Our ceiling air outlets generate a diffuse air flow with the following features: – draught-free indoor air flow, – intensive flushing of the occupied zone, – even temperature distribution.
