Feb. 24, 2016, Toronto — A new test – the first of its kind in the world – determined that Xeroflor’s lightweight green roof system has proven its ability to withstand violent storms and near hurricane winds.
The XF301 Sedum Standard pre-vegetated green roof assembly recently tested to CAN/CSA A 123.24 and proved itself under vigorous wind uplift pressure and flow conditions at the National Research Council of Canada.
Xeroflor was also a key industry partner in the development of the Canadian Standard Test Method for Wind Resistance of Modular Vegetated Roof Assembly (CAN/CSA A 123.24). This method measures the wind uplift resistance of a green roof system and provides a tool for the designers and building officials to evaluate its suitability for specific projects to ensure public safety.
The XF301 Sedum Standard, one of the lightest green roof systems available on the market, sustained a wind speed of 170 km/h (106 mph) and a wind pressure of 9.6 kPa (200 psf). The green roof system was intentionally tested at a drier than normal service condition at only 27 kg/m2 (5.6 psf) to obtain more conservative results. This remarkable lightweight system is a German technology with roots that go back four decades when Xeroflor invented the pre-vegetated mat.
Dr. Karen Liu, product manager of Bonar Xeroflor GmbH said, “We are very excited about the test results – they confirmed our belief that combining superior designs with quality materials can render green roof systems thin and light yet highly resistant to wind uplift forces.”
Today, this innovative system is found on landmark buildings around the world and is highly regarded for its high water-retention-weight ratio.
Please contact Xeroflor Canada for more info on Report A1-004442 issued by the National Research Council Canada on Feb. 10, 2016.
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