Skip to content

BS050 - #50 Beltservice 3 Ply Hot Stock and Water Black 1/8" Urethane x FS Conveyor Belt

$10.00
SKU 50 Beltservice

$10.00 IS FOR A PRODUCT SAMPLE
-or-
REQUEST A FREE BELT ASSEMBLY QUOTE

Use [Add to cart] to purchase a sample piece of belting which will put a $10 credit on your account if you decide to order your belt from BeltSmart. Limit 3 per customer or $30.00 total. Product samples are shipped priority mail.

Use [Request a Laced or Endless Belt Quote] to have our customer service work up a quote with mechanical lace, open-ended, or vulcanized endless. Our team of belt specialists are on hand during regular business hours to answer questions and help with any questions you may have.

If you are unsure what your belting is and would like us to identify it, please send us a sample of the belting to the address given in our [about us] page. Include name, company, phone, address and dimensions to 1/8" for width and length.

PRODUCT DESCRIPTION


Beltservice Corperation Belting - Transmission Belting - 1/8" Urethane Cover x FS
Applications:
  • Wear pads
  • Cutting blocks
  • Stamping operations
  • Die cutting
  • Roof tile manufacturing
  • Belt sanding units
  • Sharp steel parts
  • Scrap
Features:
  • This premium belt features a cast polyurethane cover 1/8" thick.
  • Recommended where highly abrasive cutting action would destroy a rubber-covered belt in short order.
  • Particularly suitable for wear pads, cutting blocks, stamping operations, die cutting, roof tile manufacturing, and belt sanding units.
  • Excellent for sharp steel parts and scrap.
  • Available in various colors for special orders. Please contact Customer Service
3 Ply Hot Stock and Water
Black 1/8" Urethane x FS
Pt No.: 50
Thickness 5/16"
Covers 1/8" Urethane x FS
Carcass 2-28 oz. Cotton
1-35 oz. HSD
Working Tension
per Inch Width
90 lbs.
Approx. Weight
Lbs. Per Inch Width
.144 lbs.
Min. Pulley Diameter 8"
Temperature Range 0 deg. F / 188 deg. F
Clipper Lace #5
Alligator Lace #35
Flexco Hinged R5
Alligator Staple #310
FS = Friction Surface