Chainsaw Chain, Husqvarna, 28 in L Bar, 0.050 Gauge, 3/8 in TPI/Pitch, 93 Link

  • Model Number: 585550093
  • UPC: 193028002719
  • Store SKU: loading
  • Chainsaw Chain, Husqvarna, 28 in L Bar, 0.050 Gauge, 3/8 in TPI/Pitch, 93 Link

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      Husqvarna 585550093

      An advanced, full chisel, high-performance 3/8 in .050 gauge chain for full-time professional forestry saws. The chain is made entirely by Husqvarna to ensure you get the best possible output from your chainsaw. With its outstanding durability and cutting efficiency, a sharpness that lasts and low stretch, it gives you better results, less need for maintenance and lower costs. Available lengths 16, 18, 20, 24, 32 in. Fits chainsaw models 562XP, 562XP, 365, 565, 372XP, 572XP, 572XP, 390XP, 390XP, 395 XP, 395 XP, 585, 592 XP, 592 XP, 592 XP.

      Material Gauge    :    0.05 ga
      TPI/Pitch    :    3/8 in
      Number of Links    :    93
      Bar Length    :    28 in
      Material    :    Steel
      • Includes one Husqvarna X-Cut C83 28 in chainsaw chain replacement compatible with the following Husqvarna chainsaw bar models 562XP, 562XP, 365, 565, 372XP, 572XP, 572XP, 390XP, 390XP, 395 XP, 395 XP, 585, 592 XP, 592 XP, 592 XP
      • Excellent precision and maneuverability- these chainsaw blades give your gas chainsaw excellent precision and high cutting efficiency to improve maneuverability while reducing strain and fatigue
      • Chisel chain- Husqvarna chainsaw chains 28 in replacements use a chisel chain that is easy to file and stays sharper longer, with 93 drive links, a 3/8 in pitch and 0.05 in gauge
      • Durable and reliable- long-lasting sharpness right out of the box lets you postpone sharpening for longer plus reduces kickback, while a precisely balanced combination of materials and manufacturing processes produce a highly durable chainsaw blade
      • All cutting tasks- these Husqvarna chainsaw parts are suitable for all standard cutting tasks and ideal for arborists and tree care experts due to smooth operation and optimal performance in narrow spaces