Achieve the highest hygienic standards in a variety of direct food–contact applications with the Intralox Series 8026 Flat Top (6.0 mm) belt in polyurethane. 

Part of our BarDrive product line, this belting features a full-width drive bar that maximizes belt pull. Its tensionless, positive-drive system reduces downtime and eases maintenance in direct food–contact applications.

Engineered with versatility in mind, the belt is made of a wear-resistant, easy-to-clean polyurethane material. Its smooth surface is ideal for scraper-critical applications. Available in blue or white, this belt reliably performs within a continuous temperature range of 20°F to 140°F (-7°C to 60°C).

  • Pair with Intralox ZeroSplice technology to eliminate splicing needs
  • Homogeneous thermoplastic structure streamlines installation
  • Lightweight, hinge-free belting improves sanitation 
inmm
Pitch1.00425.50
Overall Thickness0.2366.0
Minimum Width125
Maximum Width721,829
Minimum Backbend Diameter3.2582
Minimum Sprocket Diameter (10T)3.281
Open Area (seamless surface)0%
Available Joining Optionsprepared ends, endless, metal lace, ThermoLace HDE
Available Colorsblue, white

  • Contact Intralox for precise belt measurements and stock status before designing equipment or ordering a belt.
  • Engineered matte surface is optimized for efficient product release and cleanability.
  • Available with flights.
  • Reference the sprocket data tables for lace compatible sprocket options.
  • See Material Compliance for compliance details.

Belt Material Maximum Belt Pull Capability1,2,3Temperature Range (continuous)4 Belt Weight
lbf/ft widthN/m width°F°Clb/ft2kg/m2
Polyurethane3004,37820 to 140-7 to 600.693.35
  1. With sprockets spaced on 3 in (76 mm) centers; Consider using stacked sprockets for optimal operational performance in heavily loaded applications

  2. For continuous use over 100°F (38°C), contact Intralox Customer Service for actual belt pull capability.

  3. For ThermoLace HDE-specific strength ratings, see S8026 ThermoLace HDE Joining.

  4. Polyurethane exhibits increased stiffness at temperatures below 40°F (5°C). Not recommended for applications requiring small component diameters with operating temperatures below 40°F (5°C).