Clinically Tested Truncated Domes Ada Access Tile - Radius 30" X 24" - Surface Mount + Gift Included [I2pM1dAm]

Truncated Domes ADA Access Tile

The Clinically Tested Truncated Domes Ada Access Tile - Radius 30" X 24" - Surface Mount + Gift Included [I2pM1dAm] is a vital component for ensuring the safety and accessibility of pedestrian pathways. These tiles are designed to alert visually impaired pedestrians to potential hazards, such as curb ramps and crosswalks, through their distinctive tactile and audible cues. With a radius of 30 inches and a size of 24 inches, these tiles are perfect for fitting seamlessly into a variety of spaces. Key features include: ADA compliance, easy installation, and a durable, reliable design.

Product Specifications and Installation

Our Truncated Domes ADA Access Tiles are crafted with precision and designed for ease of installation. These tiles are surface-mounted, which means they can be installed at any time without the need for wet-set concrete. This retrofit-friendly feature makes them ideal for updating existing pathways. The installation process involves drilling anchors and applying Tactile Seal & Bond adhesive to the entire back of the tile, along with an approximate 1/4-inch bead around the edges. Technical specifications include: radius measurement for custom fitting and included adhesive for bonding the tile to the ground substrate.

Applications and Benefits

The Truncated Domes ADA Access Tiles are versatile and can be placed in numerous locations to enhance pedestrian safety. Commonly used in sidewalks, parking areas, and stair landings, these tiles provide a tactile and auditory warning system for visually impaired individuals. By using a white cane, pedestrians can detect these tiles and navigate their surroundings with confidence. Benefits include: increased safety, compliance with ADA standards, and an improved quality of life for visually impaired pedestrians. These tiles are suitable for various settings, including transit platforms, wheelchair ramps, and escalator approaches, making them a crucial element in creating accessible environments.