We can offer Engineered Temporary fencing solutions for your project. Engineered Temporary Fencing systems take into consideration factors uncluding the wind resistance and ground conditions at the given project site.

An engineering certificate will be supplied for the individual project along with a handover certificate of works completed at your request.

We partner with local engineering firms to support the local economy and businesses.

Setting out the recommendations for Bracing Systems utilised onsite, Engineered bracing solutions are used to withstand wind loads and provide stability, especially in high-wind areas and include the following systems:

• Support Stays (F-Braces): Used where two fence panels join, clamped at the top and bottom, and often with concrete feet.
• V-Bracing: Two panels placed in a "V" shape and fixed to the back of the fence line for added stability.

Our Engineered systems take into consideration the following factors:

• Wind speeds/resistance
• Ground Conditions
• Load capacity
• Durability and Reusability
• Cost-effectiveness

Temporary fencing must be engineered to withstand specific wind speeds, with the Australian Standard AS 4687:2022 specifying fencesare able to withstand 54 km/h winds as a minimum stability class.

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