NEWS AND BLOG
Large Size Commercial Roller Doors


Large Size Commercial Roller Doors

Last Updated: April 2026

The Australian Trellis Door Company has completed an installation of a 6m high commercial roller door in South Granville near Sydney.

The Australian Trellis Door Company (ATDC)’s heavy duty extruded aluminium Series 2 roller door was customized to suit this application for Hans Building who project managed the job. Two mid-rail reinforced supports were used to strengthen the door due to the extreme height.

Finished in anodised aluminium this electric-operated door with its tubular motor features key switch operation for extra security.

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The Australian Trellis Door Co (ATDC) has been operating successfully for 40 years, is family-owned, with national representation. The company is fully licensed and insured to operate, and all our technicians are fully licensed.

For further technical and general product information, visit The Australian Trellis Door Company (ATDC)’s website at https://trellisdoors-stg.mydev.au/products/commercial-security/roller-shutters

The Australian Trellis Door Company (ATDC)’s NSW Master Security Licence Number 410452552

Frequently Asked Questions

Can commercial roller doors be made up to 6m high?

Yes, The Australian Trellis Door Company (ATDC)’s heavy duty extruded aluminium Series 2 roller door can be customised up to 6m high

What is the maximum single span capability for these high roller doors?

These doors can cover up to 4.5 meters wide in a single motorized section

Can large roller doors integrate with fire safety systems?

Yes, roller doors can connect directly to fire alarms and emergency override systems, automatically opening or closing as required during evacuations while maintaining security compliance with Australian building codes and standards.

What applications benefit most from large-size commercial roller doors?

Ideal for high-security industrial warehouses, loading bays, factory entrances, large-format retail distribution centers, and commercial facilities where maximum opening size, impact resistance, and weather protection are critical requirements.

 

article written by J.Kaplan.