Dayco 89506 Drive Belt Idler Pulley

Description

Lifetime lubricated ball bearings and double high temperature seals assure peak bearing performance the most critical element of a pulley's service life. The manufacture of pulleys with smoother surfaces and tighter dimensional tolerances translates into less vibration and therefore longer belt life. Stringently designed and analysed to maintain integrity. Stringently designed and analysed to maintain perfect integrity. The use of state-of-the-art 3-D computer aided design (CAD) and finite element analysis (FEA) guarantees the optimal design and maximum structural integrity for both plastic and steel pulleys. Made with smoother surfaces and tighter tolerances to reduce vibration and enhance belt life. Specially formulated glass-filled polymers insure a high strength, cooler running, wear resistant "plastic" pulley. Made from specially engineered, glass-filled polymers to ensure greater strength, cooler running & more resistance to wear. Daycos reputation for top performance idler and tensioner pulleys is the result of the advanced automotive technologies employed in the materials research, design engineering and manufacture of our pulleys. Come with lubricated ball bearings & high temperature seals Dayco Idler Tensioner Pulley Dayco No Slack Idler/Tensioner Pulleys Designed to replace serpentine and V-belt drive idler and tensioner pulleys.

Key Features

• Specially formulated glass-filled polymers insure a high strength, cooler running, wear resistant "plastic" pulley.
• Made from specially engineered, glass-filled polymers to ensure greater strength, cooler running & more resistance to wear.
• Come with lubricated ball bearings & high temperature seals Dayco Idler Tensioner Pulley Dayco No Slack Idler/Tensioner Pulleys Designed to replace serpentine and V-belt drive idler and tensioner pulleys.
• Made with smoother surfaces and tighter tolerances to reduce vibration and enhance belt life.
• Stringently designed and analysed to maintain integrity.
• The use of state-of-the-art 3-D computer aided design (CAD) and finite element analysis (FEA) guarantees the optimal design and maximum structural integrity for both plastic and steel pulleys.