The world’s leading provider of induction-based fastening technology for commercial roofing applications has introduced a plate marking tool designed to help roofers improve rooftop productivity by quickly locating and marking RhinoBond Plates installed under thermoplastic membranes.
The new RhinoBond Plate Marking Tool is lightweight, simple-to-use and easy-to-maneuver. Simply roll the marking tool over a row of installed RhinoBond Plates. Every time it passes over a properly installed plate, the tool leaves a temporary mark on the surface of the membrane to identify the plate location. Plate marks are made with standard blue construction crayons and typically fade away within a few weeks.
The plate marking tool is compatible with all thermoplastic membranes regardless of type or thickness. In addition, the tool’s handle is reversible for quick direction changes, and lays flat for rolling under rooftop pipes and raised equipment such as air handling units. Other benefits of the new system include powerful sweeper magnets mounted on the front and back of the chassis that pick-up any metal debris on the roof. The tool is provided in a protective carrying case for easy handling and storage.
“Many roofers understand the tremendous productivity and performance benefits that RhinoBond offers,” said Web Shaffer, vice president of marketing for OMG. “In fact, some roofers have reported productivity rate improvements of up to 30%. To enhance the systems’ overall productivity offering, we wanted to make it even easier for roofers not only to find, but also to clearly ’see’ the installed RhinoBond Plates beneath the membrane. The new RhinoBond Plate Marking Tool makes this possible.”
The RhinoBond System is designed for use with TPO and PVC roofing membranes. The System uses advanced induction welding technology to bond roofing membranes directly to specially coated plates that secure the insulation to the deck. The result is a roofing system with improved wind performance that requires fewer fasteners, plates, and seams, and zero penetrations of the new membrane.
For more information, visit OMGRoofing.com.