Wichard FRX15 Friction Ring - 15mm (19/32") [21510W]

Description

FRX15 Friction Ring - 15mm (19/32")

Features:

  • Efficient and light
  • FRX Wichard thimbles are efficient, light, and reliable
  • Very strong and can be used for heavy loads and semi-static lines
  • FRX thimbles are designed to make your lines run smoothly with minimum wear
  • They are hard anodized (50 microns) for a longer lifespan

Applications:

  • Mast-foot block, barber-hauler, inhauler, loop, thimble, lazy jack, running backstay, tackle, and more

Specifications:

  • Materials: Anodized aluminium
  • Working load: (lb) 3520 / (kg) 1600
  • Weight: (lb) 0.026 / (g) 12
  • A: (inch) 25/64" / (mm) 10
  • B: (inch) 19/32" / (mm) 15
  • C: (inch) 19/32" / (mm) 15
  • D diameter: (inch) 1 3/8" / (mm) 35

Caption:

  • Working Load (WL): For nautical applications
  • Working Load Limit (WLL): For industrial applications only. The safety factor is 5 times the breaking load. WLL = Breaking load / 5

*Sold as an Individual


Quick Guide (pdf)

Wichard FRX15 Friction Ring - 15mm (19/32") [21510W]

Product form

$23.04

    Description

    FRX15 Friction Ring - 15mm (19/32")

    Features:

    • Efficient and light
    • FRX Wichard thimbles are efficient, light, and reliable
    • Very strong and can be used for heavy loads and semi-static lines
    • FRX thimbles are designed to make your lines run smoothly with minimum wear
    • They are hard anodized (50 microns) for a longer lifespan

    Applications:

    • Mast-foot block, barber-hauler, inhauler, loop, thimble, lazy jack, running backstay, tackle, and more

    Specifications:

    • Materials: Anodized aluminium
    • Working load: (lb) 3520 / (kg) 1600
    • Weight: (lb) 0.026 / (g) 12
    • A: (inch) 25/64" / (mm) 10
    • B: (inch) 19/32" / (mm) 15
    • C: (inch) 19/32" / (mm) 15
    • D diameter: (inch) 1 3/8" / (mm) 35

    Caption:

    • Working Load (WL): For nautical applications
    • Working Load Limit (WLL): For industrial applications only. The safety factor is 5 times the breaking load. WLL = Breaking load / 5

    *Sold as an Individual


    Quick Guide (pdf)

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