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Different Types of Tactile Tiles and Their Uses

One of the greatest impacts of the AODA, CSA, and ISO in Canada has made public spaces more accessible for every person, regardless of physical ability. According to AODA, CSA, and ISO terms, public spaces have to be accessible and navigable for people with physical disabilities.

One of the best ways to make commercial and public spaces more accessible is a tactile detectable warning surface. Plastics, porcelain, steel, and cast iron are some ISO materialsfor tactile solutions. These surfaces alert people about the potential danger from a roadway, and they aid with navigation.


They are designed so that they can feel underfoot or noticed by the visually impaired or blind person using a white cane.

The primary purpose of installing tactile tiles is to safely aid the visually impaired in navigating streets and public spaces. In the post, we will discuss the different types of warning tiles and surfaces.

So, let’s get started!

Replaceable Cast-in-Place Systems

Cast-in-place tactile warning systems are easily embedded into fresh wet concrete. The pre-assembled panels come with a heavy-duty anchor system that secures the panels into the ground surface. As the name suggested, they are easy to replace when installed as per the correct instructions.

Permanent Cast-in-Place Systems

Permanent tactile cast-in-place systems are specifically designed for new constructions or new curb ramps. These cast-in-place tactile systems are highly durable and meant to be a long-term solution for any new project or climate.


Surface Applied Systems

Surface-applied tactile systems are ideal for retrofitting an existing concrete surface or for use during new construction. These surface-applied pavers are designed with beveled edges for a smooth, safe transition.

Cast Iron Tactile Plate Systems

Built to stand the test of time and all-weather situations, you, as a contractor, can use these castiron tactile plate systems for curb ramps and transitions between the sidewalk and street by keeping tactile warning indicator requirements in mind.



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