Surewerx® ADA Tactile Pad Surface Application 2' x 5' Brick Red D81K02D0252

The perfect solution for retrofitting existing concrete surface or new construction our surface applied detectable warning panels are constructed of an exterior-grade fiberglass polymer composite material. Ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" for use in retrofit applications large perimeter beveled edges for smooth transition secured with color-matched fasteners and structural adhesive surface applied tactile tiles are 1/8" thick with beveled edges surfaced applied tactile available in both rectangular and radius is made of a colorfast and uv-stable homogenous glass and carbon composite with fiberglass truncated domes for enhanced durability. The surface applied tactile is used to retrofit over an existing concrete substrate and can be installed in as little as 10 minutes. No advanced expertise is necessary for secure installation-just follow the step-by-step directions. Our cost-effective surface mounted truncated domes provide safer walkways for pedestrians including the visually impaired. There's no need for expensive maintenance as these detectable warning surfaces are exceptionally durable even when exposed to harsh weather conditions and made to last for years. All of our truncated dome tactile surfaces are in full compliance with the american disabilities act accessibility guidelines (adaag) public right-of-way (prow) and california title 24 requirements. Features and advantages ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" 0.1875" thick with beveled outer perimeter for safe transitions includes 10oz. Tube of chemlink m1 structural adhesive includes nylon sleeve anchors and stainless-steel fasteners can be installed within 5 minutes applications municipal governments and local businesses across the country use surface applied detectable warning surfaces to help people navigate sidewalks ramps entryways pedestrian crossings and transit platforms. These surface applied ada tiles assure safety and acce

Additional Information