Zehnder leads radiant market with Alumline

Zehnder, radiant, Alumline, panel

Alumline is the next step in Zehnder’s innovative approach, providing a high-performance economical alternative for commercial projects.

Alumline uses the same aesthetic panel design as Carboline, but with an activation made of aluminium and copper in place of the graphite and copper solution. The result is swift responses to temperature changes and excellent energy efficiency at a very competitive price.

With options including closed ceiling modules and ceiling sails, the Alumline range provides considerable architectural freedom. It has proved particularly popular in commercial projects including schools, hospitals and retirement homes as well as offices.

Special dimensions and integrated sound installation are available as optional extras.

Aidan Flannery, specification director at Zehnder Group UK, comments: “With public projects under budget pressure, and energy efficiency a top priority ,we spotted a gap in the market for a panel that combined exceptional output with cost-efficiency.

“The Alumline range has been well-received from the moment it went on sale, as it meets the performance level expected by design engineers while aligning with the budget needs of project managers.”

For more information on this story, click here: December 2017, 169
Related links:
Related articles:



modbs tv logo

Baxi survey reveals care home leaders need support to achieve heat decarbonisation goals

Baxi recently surveyed over 400 senior and middle management care home managers in both the private and public sector this summer in an effort to understand the enablers required to help decarbonise the sector.

CIBSE launches Society of Vertical Transportation to elevate standards worldwide

CIBSE has officially launched the Society of Vertical Transportation (SoVT), an international professional community for individuals and organisations working across the design, engineering, installation and innovation of lifts, escalators and emerging vertical mobility systems.