Niagara Sliding Track Tested - Criterion Industries

Niagara Sliding Track Tested

October 15, 2014 1 Est read time

Niagara Sliding Track Tested

Niagara Sliding Track System Test Results | Criterion Industries

Niagara Sliding Track System Test Results

The Niagara Sliding Track System has recently been tested for weight, force, and endurance, outperforming recent lab tests by exceeding 12,000 cycles with 250 kilograms. Observation at the end of the test showed little evidence of wear, and it just wanted to keep sliding!

Force Test Results

Force testing results are a helpful reference in light of the Access and Mobility Code (AS1428.1-2009 page 64) which states the force required to slide the door shall not exceed 20 Newtons of force.

The table below shows results from the force testing on a range of door weights. For example, 19.5 newtons required to operate a 100 kg door on the Niagara Sliding Track.

auspost_30087



Also in Blog

Materiality in Modern Architecture: Why Aluminum is Leading the Way
Materiality in Modern Architecture: Why Aluminum is Leading the Way

March 07, 2025 4 Est read time

Discover how aluminium is revolutionising modern architecture with its strength, versatility, and sustainability. Explore its structural benefits, design flexibility, and eco-friendly advantages in our latest blog.

Read More
The Hidden Costs of Poor Acoustics in Modern Office Design: An Architect's Guide
The Hidden Costs of Poor Acoustics in Modern Office Design: An Architect's Guide

February 05, 2025 5 Est read time

Poor acoustics in modern office design represent more than just an inconvenience—they’re a hidden cost with far-reaching implications for productivity, wellbeing, and finances.

Read More
Seamless Sliding Systems: Combining Acoustic Performance and Space Efficiency
Seamless Sliding Systems: Combining Acoustic Performance and Space Efficiency

December 18, 2024 5 Est read time

When designing commercial spaces, requires balancing two key objectives: maximising space efficiency and achieving high acoustic performance.

Read More
-

Subscribe to our newsletter