Aluminium Lath Roller Shutters

Designed to offer vastly reduced roll sizes, Vortex represents an ingenious roller shutter system that combines architectural enhancement and engineering excellence. Vortex offers vulnerable properties with small headroom requirements an alternative to bulky security shutters.

ABOUT VORTEX

INNOVATIVE LATH DESIGN DISCOVER THE VORTEX KEY FEATURES

Vortex features an innovative lath design, with extruded aluminium guides and end retention pins. The shutter is then finished in a polymer coating for a sleek and quiet operation.

VORTEX SHUTTERS ROLL 40 – 50% SMALLER THAN STANDARD

Catering for all properties from retail façades to residential garage doors, Vortex requires the smallest headroom requirements compared to any standard security shutter on the market.
Using varying lath sizes to reduce the overall roll size, the installation space required for the headbox is radically reduced.

  • Reduces headroom requirements without compromising on the standard of security.

  • Perforated and punched options available to offer ventilation through free open area.

THE VORTEX RANGE

VORTEX BUILT-IN

Built-In roller shutters suitable for commercial and residential properties,
and garages.

VORTEX BOLT-ON

Bolt-On roller shutters with external headbox, suitable for retail, commercial and domestic properties.

ALUMINIUM CONSTRUCTION

Constructed from high grade aluminium,
Vortex is stronger than typical security shutters

COMPLETE SECURITY

End retention pins ensures complete protection against forced entry and lifting of the curtain

INTERNAL & EXTERNAL FIT

Internal and external fit
Available for face fit internally and externally to suit all application requirements

ARCHITECTURAL FINISH

Reduced hood box requirements minimise the visual impact the shutter has on the property

GET IN TOUCH

Either call us  or complete our contact form and a member of our team will be in touch straight away. We will happily discuss all the options available to you and provide any further information you may require.