UKM brings slip resistance to a multitude of flooring applications with our plasma spray process and Darkar’s NoSkid ® safety pads.

More and more transits are mandating that rail car walkway surfaces meet Federal Register, Volume 56, No. 173 which cites OSHA recommendations that walking surfaces have a static co-efficient of friction of 0.6 for accessible routes and 0.8 for ramps.

Using UKM’s specially designed in-house testing facilities, both UKM Plasma Spray Process and Darkar NoSkid® safety pads have been successfully tested with over a million cycles to a slip resistance index of 1.0 under both wet and dry conditions. This in accordance with ASTM F2048-00 Standard Practice for Reporting Slip Resistance Test Results using the English XL Variable Incidence Tribometer© per ASTM F1679.

Both processes pass the smoke and flame requirements of 49CFR part 238.

UKM Plasma Spray
For non-stainless steel walkway products with a shape or profile that require toughness and durability, the UKM plasma spray process 0058 is a corrosion resistant process that can be designed and used into a multitude of applications including:

  • Car Door Thresholds (cast, extruded or fabricated)
  • Step Angles
  • Ladder and Step Assemblies
  • Anti-climbers
  • Pantograph Walkways and roof Equipment Access Areas
  • Existing Stainless Steel Diamond Plate Walkway Applications

Items such as thresholds and step treads that require the highest level of light reflective values can be safety yellow-coated using UKM process 0062.

UKM and Darkar have teamed up to provide NoSkid ® slip resistant walkway products.

Because of its superior resiliency and ease of application Darkar NoSkid ® products are now the recommended choice of transits and railroads alike for:

  • Step treads
  • Between Car Walkways
  • Vestibule Floors
  • Trapdoors
  • Locomotive Cab Flooring

They are manufactured from 304-2B 20 gauge stainless steel with Darkar’s patented NoSkid ® material interlaced with aluminum grit throughout. This NoSkid ® material is then bonded to the steel base.