Hudson Series® Acoustic Louvre

Louvreclad Hudson Series® offers acoustic louvres with varying depths for optimal noise reduction and rain defence. Options range from 100mm to 600mm deep, ideal for projects requiring effective noise control and ventilation.

Features

Explore the profile options

Hudson Series® 100

100mm deep standard acoustic louvres

Featured Image fact sheet

Class C

average rain resistance class

TBC

rain resistance

Class 3

aerodynamics class

Hudson Series® 200

200mm deep standard acoustic louvres

Featured Image fact sheet

N/A

average rain resistance class

TBC

rain resistance

N/A

aerodynamics class

Hudson Series® 200 Chevron

200mm deep chevron acoustic louvres

Featured Image fact sheet

Class C

average rain resistance class

TBC

rain resistance

Class 2

aerodynamics class

Hudson Series® 300

300mm deep chevron acoustic louvres

Featured Image fact sheet

Class C

average rain resistance class

91

rain resistance

Class 1

aerodynamics class

Hudson Series® 400

400mm deep chevron acoustic louvres

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Class B

average rain resistance class

96

rain resistance

Class 1

aerodynamics class

Hudson Series® 600

600mm deep chevron acoustic louvres

Featured Image fact sheet

N/A

average rain resistance class

TBC

rain resistance

N/A

aerodynamics class

Speak to an expert

Reach out today to discuss your facade solution requirements; we would love to hear from you.

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Made to Perform

Projects will be delivered in a timely manner, be on specification, engineered to Australian standards and finished to the highest quality.

PROTOTYPES

Custom prototypes available

Should you require samples, we offer up to 3 product samples free of charge. Special colour requests POA.

How to specify

Selecting the right louvre
involves these steps.

1. Select louvre depth and profile according to the insertion loss requirements given by the Acoustic Consultant.
2. Select Aluminium or colour coated steel louvres depending on proximity to the marine environment.
3. Check spans to suit local wind pressures.

try our performance calculator

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