Stainless Steel Tactile Strip with Stem Linear Pattern On Top (Machine Finish)
Product Specification
Top of Studs :
Linear Grooves
Suitable for Substrates :
Stone, masonry, timber, vinyl, vitrified porcelain, ceramics, glass, metals
Fixing :
Drill and fit with adhesive or diamond core and fit with adhesive
Special Options :
Length / Width / Thickness or Stem Sizes Can be availed as per requirements
Australian Standards AS/NZS 1428.4.1:2009. | National Building Code 2016 (India)
5-Year Warranty
The Stainless Steel Tactile Strip with Stem Linear Pattern On Top (Machine Finish) is a high-performance safety solution designed to support the mobility and independence of visually impaired individuals. Crafted from 100% premium-grade stainless steel, this strip delivers exceptional strength, corrosion resistance, and long-term durability—ideal for high-traffic public and commercial spaces.
The top surface features a precision machine-finished linear pattern, enhancing both tactile detection and visual contrast, helping users confidently navigate their surroundings. The integrated stem design ensures a secure, long-lasting installation on a wide range of surfaces, providing excellent grip underfoot or when detected with a cane.
Perfect for installation on platforms, staircases, ramps, walkways, and near escalators, these tactile strips serve as critical navigational aids, alerting pedestrians to directional changes or potential hazards in the environment.
Highly adaptable, the Stainless Steel Tactile Strip with Stem can be customised to suit diverse settings and compliance standards. Its weather-resistant design ensures consistent performance with minimal maintenance, making it suitable for both indoor and outdoor applications.
Cost-effective, durable, and built for safety, the Stainless Steel Tactile Strip with Stem Linear Pattern On Top (Machine Finish) reflects our commitment to accessibility, quality, and innovation.
For custom options, bulk orders, or pricing inquiries, please contact our dedicated customer support team.