Tri-Power Classical Section Molded Notch V-Belt

Compare price from $21.49 ~ $50.99

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AUTO PARTS AND STUFF Tri-Power Classical Section Molded Notch V-Belt	$21.49	Delivery date & cost shown at checkout

Controls Central Tri-Power Classical Section Molded Notch V-Belt	$25.24	Delivery date & cost shown at checkout

eBay Tri-Power Classical Section Molded Notch V-Belt	$26.20	Delivery date & cost shown at checkout

Amazon Tri-Power Classical Section Molded Notch V-Belt	$27.56	Delivery date & cost shown at checkout

FinditParts Tri-Power Classical Section Molded Notch V-Belt	$30.99	Delivery date & cost shown at checkout

Walmart Tri-Power Classical Section Molded Notch V-Belt	$44.17	Delivery date & cost shown at checkout

PartsHawk Tri-Power Classical Section Molded Notch V-Belt	$50.99	Delivery date & cost shown at checkout

21.49
AUTO PARTS AND STUFF
Tri-Power Classical Section Molded Notch V-Belt
Delivery date & cost shown at checkout
25.24
Controls Central
Tri-Power Classical Section Molded Notch V-Belt
Delivery date & cost shown at checkout
26.20
eBay
Tri-Power Classical Section Molded Notch V-Belt
Delivery date & cost shown at checkout
27.56
Amazon
Tri-Power Classical Section Molded Notch V-Belt
Delivery date & cost shown at checkout
30.99
FinditParts
Tri-Power Classical Section Molded Notch V-Belt
Delivery date & cost shown at checkout
44.17
Walmart
Tri-Power Classical Section Molded Notch V-Belt
Delivery date & cost shown at checkout
50.99
PartsHawk
Tri-Power Classical Section Molded Notch V-Belt
Delivery date & cost shown at checkout

Product Details

Provides superior performance on the toughest heavy-duty A, B and C Section industrial drives Suitable for all industrial applications, particularly where small orsub-minimal sheave diameters are required Notches molded into the belt during manufacturing make this belt well suited for drives with smaller diameter sheaves Belt edge is machined for even sheave groove contact resulting in less slip and wear Flex-Bonded Cords are strongly bonded to the body of the belt resulting in equal load distribution and the absorption of bending stress without cord deterioration