Armor-Tile® Replaceable Herculite Series is manufactured from a polymer Herculite composition with fiberglass reinforcement – creating an incredibly durable, weather and wear resistant, and strong detectable warning surface and ADA tile. Our Replaceable Herculite series’ innovative design allows for quick and easy access, making maintenance and replacement a breeze. Our team designed Armor-Tile® truncated domes and way finding bar tiles to set the ADA solution industry standard in terms of durability as well as weather and wear resistance – so you can be confident you are buying the best detectable warning product available at a cost-effective price.
Armor-Tile®’s goal is to continue making the world more accessible, no matter how big or how small the project. Overall, the Armor-Tile® Replaceable Herculite Series is an incredible, innovative, and long-lasting design that will make your project more accessible for the visually impaired.
Private and public spaces across the United States utilize Armor-Tile® detectable warning surfaces to provide visually impaired pedestrians with clear tactile warnings in surface condition changes. Our truncated domes and wayfinding bar tiles provide the visually impaired with exactly the detectable warning they need – allowing them easier access to both private and public spaces and contributing towards a more accessible and inclusive world.
Our goal is to make the world a more accessible place, and to do that we designed our ADA tiles to be extremely versatile – allowing them to be installed in numerous applications, such as:
Our team designed our ADA detectable warning tiles to be in full compliance of every ADA and state accessibility regulation. Armor-Tile® is your outlet for every ADA solution your facility needs for both internal and external applications. We have a wide range of products that have been meticulously designed for safety, convenience, and ADA code compliance, and we guarantee every product will improve your facility. Help Armor-Tile® make the world more accessible.