- BuildingDesign Construction Portal
  • Request Product Information

Gilberts (Blackpool) - Mistrale Air Distribution & Natural Ventilation

External Standard High Performance Louvres - Passive Natural Ventilation Systems

Gilberts Mistral Logo

Natural ventilation, unlike mechanical fan forced ventilation, simply uses the natural pressure differential force of air movement, wind and buoyancy to deliver a steady supply of fresh air for building ventilation and cooling.

Naturally ventilating a building offers the best of both worlds, combining little or no energy consumption with low capital costs, whilst still providing adequate fresh air and temperature conditions throughout the year.

With plant room also eliminated, lower service / maintenance costs and services space minimised, natural ventilation makes for one of the most practical choices of the day.

Gilberts Mistrale natural ventilation range is an all new series incorporating patented design features that position it at the leading edge of modern natural ventilation design. Designed for both stack effect, wind driven or even single wall/façade hybrid solutions, Mistrale provides the perfect solution for efficient and effective natural ventilation.

Key Features

Mistrale 75

Mistrale 75 provides a traditional stack effect natural ventilation solution enabled for installation into both windows and walls. A patented insulated blade damper with full insulated casing not only offers very low leakage when closed, but also a U-value of less than 1 Watt/m²/k.

The patented intake louvre design also offers high weather performance in an economical single bank assembly. Optional coils also allow the unit to combine ventilation with a heating or cooling function.

Penthouse Turret

Gilberts intake/exhaust penthouse turrets are manufactured in a wide cross section of configurations creating a perfect system design and aesthetic that caters for hybrid, wind driven or stack effect systems.

All penthouse units include our patented high weather efficiency class ‘A’ design to eliminate weather ingress, and can be fitted on to both flat and pitched roofs.

Fusion Terminal

A hybrid single side wall or façade solution, Gilberts new Mistrale Fusion MFS terminals combine ventilation with an innovative heat recovery feature, incorporating an ultra-low power fan.

One of the latest innovations in ventilation, Mistrale Fusion MFS is a dynamic hybrid that includes ultra-low power fan assistance that energises in poor air movement conditions to ensure adequate ventilation that meets BB101 and PBSB requirements at all times.

Controls

Mistrale features a bespoke design controls set to provide standalone operation or a straightforward interface with the BMS. Room CO2 and temperature sensors can communicate with Mistrale to fully manage the complex relationships between airflow, temperature and air quality and thus maintain the perfect classroom environment.

For help and advice on your next natural ventilation project contact Gilberts. Our natural ventilation experts will be pleased to offer any informal, friendly guidance you may require.

Gilberts HEVAC Member Logo

Air Distribution

Request Gilberts Info

 Gilberts Product Range

 natural ventilation

Gilberts (Blackpool) Ltd
Clifton Road
Blackpool
Lancashire
FY4 4QT

Email Gilberts

Tel: 01253 766911
Fax: 01253 767941

View / Print Content (PDF)

Click to enlarge

Request Information From Gilberts (Blackpool) - for UK and Europe only

  • *Full Name
  • *Company Name
  • *Telephone
  • *Email
  • *Enter Short Description of Your Requirements
Please tick below to indicate how Gilberts (Blackpool) may contact you. You may leave any box blank.
  • By Email
  • By Post
  • By Phone
  • By SMS

To Subscribe to our twice-weekly BuildingDesign e-Newsletter tick here:

  • * Please enter numbers shown for validation purposes
We will not share any of your details with any third parties or subsidiaries. You have the right to withdraw or change your consent at any time by contacting Gilberts (Blackpool). Company details can be found here »

Click here to read our Privacy Notice »