Need airflow in or out of a building facade while providing weather protection and sound attenuation? Then use an Acoustic Louvre.

Which louvre do I use?

NCS Acoustics design, manufacture and install 3 types of  louvres; QF, QFS and QFT, each offering different levels of acoustic performance, see below for a description of each type and read the brochures for more information or call us and let our expert acoustic engineers provide you with suitable options and a quote.

Features:

  • Guaranteed to comply with specified performance.
  • Wide range of standard sizes or custom made.
  • Galvanized sheet steel construction standard or can be made in aluminum or stainless steel.
  • Made from high quality, durable materials for interior or exterior environments.
  • Melinex lining and vermin mesh guards available.
  • A range of flashing details available, allowing installation into various facades.
  • Powder-coated or epoxy paint finishes, available in a range of colours.

Projects:

  • Yashilli Dairy, Pokeno
  • Fonterra Pahiatua
  • Wilson & Horton, Auckland
  • Raglan Sub-Station

QF Quiet Flow Acoustic Louvres

Classic design

An attractive and very effective design, proven over time.

Available in two models:

  • QF300 – 300mm
  • QF600 – 600mm

Greater depth increases acoustic performance and pressure loss.

download pdf

QFS Quiet Flow Acoustic Louvres

Classic design with rear splitters for enhanced performance

QFS Quiet Flow Louvres are a variant of the QF models with horizontal blades, which provide increased acoustic performance and lower pressure loss.

Available in 3 models:

  • QFS600 – 600mm
  • QFS900 – 900mm
  • QFS1200 – 1200m

Greater depth increases acoustic performance and pressure loss.

download pdf

QFT Quiet Flow Acoustic Louvres

Broad blade design for economy

QFT Quiet Flow Louvres are a variant of the QF models with broad blades for enhanced acoustic performance and lower pressure loss.

Available in 2 models:

  • QFT300 – 300mm
  • QFT600 – 600mm

Greater depth increases acoustic performance and pressure loss.

download pdf