Ulti Roll Door
High Speed Fabric Door
Need an affordable option with world-leading tech? This high speed, crash resistant, PVC fabric door rolls upwards and is designed for doorways with a continuous flow of traffic.
2.5m/s
Max speed
6x6m
Max size (WxH)
Class 4
Wind Resistance
2 Years
Warranty
* May vary dependent on product configuration
High speed, crash resistant, reliable, easy clean and low maintenance: the versatile Ulti-Roll door is a well-established Kiwi favourite, outperforming traditional door types in every industry.
- Self-Repairing – high-tech guides that automatically refeed after accidents to prevent expensive downtime.
- High Speed – fast 2.5m/sec cycle time to maximise productivity and save on energy.
- High-Tech Safety Features – laser detection and reversing sensor systems to minimise impacts and repairs.
- Versatile – suitable for installation in chilled or heated areas and in wash-down or food processing areas.
- Highly Customisable – ventilated options, multiple colourways, custom printing, and more.
- Locally Produced in NZ.
Features
Take a closer look
Hover over the dots to find out more about the unique features of this door
Self-Repairing – high-tech self-lubricating guides that automatically refeed after accidents to prevent expensive downtime.
Optional IP54 Corrosion Resistant AISI:304 Stainless Steel Hood for wash-down applications.
Ulti Roll Door
Specifications
Downloads
Videos
FAQs
Downloads
Technical Documents
Videos
FAQs
If the door curtain is dislodged from its guides during an impact, the guides are designed to automatically reset the curtain back into place once the door raises fully to the top position, restoring functionality fast and without any downtime. This feature is perfect for minimising operational disruptions and reducing repair costs.
Obviously, if the curtain or door legs are damaged from the impact, you may require expert assistance to see you right.
The Ulti Roll Door opens at an impressive speed of up to 3 metres per second, ensuring smooth traffic flow, reduced energy loss, and enhanced productivity in busy facilities.
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