ABRA-SHIELD® Style 8511 Chute Liner Rubber Sheet, 70 Durometer, Black, 0.063 in Thick, 36.000 Inch Width, Satin Finish

51511-0102
  • Shipping Weight: 0 lbs
  • Style/Model: Style 8511
  • Composition: HNBR
  • Thickness (inch): 0.063
  • Thickness (mm): 1.60
  • Width (inch): 36.000
  • Width (mm): 914.40
  • Color: Black
  • Durometer: 70
  • Durometer Tolerance: +/- 5
  • Finish: Satin
  • Max Temperature (C): 121
  • Max Temperature (F): 250
  • Min Temperature (C): -26
  • Min Temperature (F): -15
  • Primary Nominal Thickness: 1/16 in
  • Rubber Chemical Name: Hydrogenated Nitrile Butadiene Rubber.
  • Rubber Material: HNBR
  • Rubber Material Abbreviation: HNBR
  • Temperature Range (C): -26°C to 121°C
  • Temperature Range (F): -15°F to 250°F
  • Primary Dimensional Unit of Measure: Imperial
  • Branding: Branded

Garlock premium chute liner rubber sheet is constructed of high-quality homogenous rubber without fillers or additives, ensuring product integrity. Our ABRA-SHIELD® Style 8511 chute liner material is made of 100% HNBR to excel in your most demanding applications. Its best-in-class abrasion resistance will outlast any competitive material and provide superior chemical and temperature resistance. Offered in various thicknesses to cover all your application needs, this product is also available with a fabric insert for increased toughness (style 8512).

  • Overview

Features and Benefits:

  • Premium quality rubber ensures a reliably long life and consistent high-level performance
  • HNBR rubber gives outstanding performance in the most difficult applications, creating peace of mind
  • Extremely tough material provides a protective barrier between the process media and your equipment
  • Maximizes uptime in abrasive and high-temperature applications
  • Excellent chemical resistance creates a long-lasting seal

Media Use:

  • Abrasive Media
  • Corrosive Chemicals
  • Powders
  • Steam

Industries Served:

  • Chemical Processing
  • Mining
  • Power Generation
  • Primary Metals
  • Pulp and Paper