SCS Mat Kit, 2-Layer Rubber, 8900 Series, Gray, 0.065"X24"X48" - 8901

SKU: 8901  SCS,Worksurface Mats - Rubber
  • Dissipative Dual Layer Rubber Material
    Provides a worksurface that does not generate a static charge and will control the discharge rate from all conductors (including ESD susceptible items) that are placed on the surface
  • 2-Layer Neoprene Rubber Material
    Constructed using a top color layer of static dissipative neoprene rubber laminated to a bottom black layer of conductive neoprene rubber
  • High Strength Vulcanized Synthetic Neoprene Rubber Heat and Chemical Resistant
    Designed to withstand abrasion, stretching, and tearing and may be used in soldering applications with flux and other chemicals
  • Ultraviolet (UV) Stabilizer Additives
    Stabilizes color retention, ensures ESD performance over time and eliminates surface layer deterioration resulting in cracking when the product is flexed
  • Compatible with Continuous or Constant Monitors
    See our Workstation Monitor Selection Guide for details
  • Free of chlorine
    No danger of toxic outgassing
  • Lead-free ROHS Compliant
  • Made in the United States of America with Globally Sourced Material


Table Mat Kit Includes:

  • (1) Table Roll, size as specified
  • (1) 3048 15' (4.6 m) Ground Cord
  • (2) 3034 Snap Fasteners (installed)


8900 Series Dissipative Rubber Mats and Rolls

  • Color: Gray
  • Type: Table Mat
  • Application: ESD safe rubber matting provides protection against static discharge and resistant against solder, heat, and most common solvents
  • Construction: 2-Layer Synthetic Neoprene Rubber
  • Dimensions: 0.065" x 24" x 48"
  • Gauge/Thickness: 0.065 in (1.7mm)
  • Performance: Meets ANSI/ESD S20.20 and ANSI/ESD S4.1
  • Resistance To Ground (Rtg): 1 x 105 < 1 x 109 (Top Layer)
  • Surface Resistance (Rtt): 1 x 105 < 1 x 109 (Top Layer); < 1 x 105 (Bottom Layer)
  • Free of chlorine
    No danger of toxic outgassing
  • RoHS Compliant: Yes
  • Tolerance: Width +/- 0.250"; Length +/- 0.250"; Thickness +/- 10%