Specialist aluminium architectural louvre manufacturer Kingfisher Louvres has made a selection of its louvre systems available to specify through NBS Source, supporting streamlined product selection for architects and specifiers.
Widely used across the construction industry, NBS Source enables specifiers to access consistent, up‑to‑date manufacturer product information within their specification workflows, supporting the golden thread of building information. Kingfisher’s screening and single‑bank weather louvre ranges can now be specified digitally, with accompanying BIM objects, helping ensure clarity, coordination and consistency of technical data across projects. Generally used for screening HVAC and other plant equipment, predominantly on rooftops, the Kingfisher KC120 screening louvre system’s Z-profile blade can be angled upwards or downwards for screening from any angle.
Kingfisher’s KW75Z and KW100Z single bank weather louvres both offer permanent ventilation combined with weather protection and visual screening. They’re suitable for a range of applications such as air inlet and exhaust for air conditioning systems, plant rooms, generators and pumping stations. And with the added benefit of increased weather protection, Kingfisher’s KW75HPG high performance single bank weather louvre has comparable performance characteristics to double bank systems, whilst also offering greater ventilation and reduced depth of opening.
Part of the wienerberger group, the UK’s leading provider of wall, roof and landscaping innovations, Kingfisher offers a comprehensive collection of louvres made from extruded aluminium which are designed for use in various applications and for different sectors. The range includes louvres which provide ventilation, weather resistance, screening, acoustic attenuation, louvred doors as well as framed louvres and grilles.
To view Kingfisher’s products on NBS, go to: Kingfisher Louvres | Overview | BIM Library.
For more information, call +44 (0)1773 814102 or email admin@kingfisherlouvres.com.
