Polygon Composites Technology
Walkerton, IN 46574
Spherical Bearing lubricates itself.
PolyLube(TM) incorporates filament wound inner race to maximize load capacity while providing self-lubrication as inner section accepts misalignment. Both bearing surface and inner race are self-lubricating, eliminating need for grease zerks and complex grease delivery systems.
Read More »
Composite Cylinder Tubing offers low coefficient of friction.
AeroSlide(TM) provides self-lubricating wear surface, eliminating piston sticking in applications where piston remains static for extended periods of time. Tubing will not corrode, is thermally stable, and can be used as replacement for honed stainless steel tubing. It resists corrosive liquids, works in temperatures from -100 to 225 deg F, and resists impingement, making it suitable for...
Read More »
Self-Lubricating Bearings are made with Teflon-®.
PolyLube(TM) MRP self-lubricating composite journal bearings offer TeflonÃ-® fiber technology. They are able to withstand static loads of ~60,000 psi, and ~30,000 psi under dynamic loading. Fiber's oriented TeflonÃ-® multi-filaments are primary anti-friction components in bearing's ID. Heat-stabilized bearings have operating temperature range of +/-325Ã-
Read More »
Composite Bearing features fatigue resistance.
PolyLube(TM) IFR (Improved Fatigue Resistance), low friction, self-lubricating, composite bearing with proprietary laminate architecture resists delamination and premature bearing failure. It can withstand static loads of ~60,000 PSI and 30,000 PSI under dynamic loading. Bearing's temperature range is Ã-
Read More »Polygon Company, Industry Leading Manufacturing Company, Launches New Web Site
(Walkerton, IN, Polygon Company, today announced the launch of the newly redesigned Web site. A recognized leader in the engineered composite industry, Polygon Company is the world's largest supplier of composite cannula, the producer of dielectric insulating composite shafts that are currently used in the majority of the world's hand held tools and small appliances, the developer of the...
Read More »
Spherical Bearing lubricates itself.
PolyLube(TM) incorporates filament wound inner race to maximize load capacity while providing self-lubrication as inner section accepts misalignment. Both bearing surface and inner race are self-lubricating, eliminating need for grease zerks and complex grease delivery systems.
Read More »
Composite Cylinder Tubing offers low coefficient of friction.
AeroSlide(TM) provides self-lubricating wear surface, eliminating piston sticking in applications where piston remains static for extended periods of time. Tubing will not corrode, is thermally stable, and can be used as replacement for honed stainless steel tubing. It resists corrosive liquids, works in temperatures from -100 to 225 deg F, and resists impingement, making it suitable for...
Read More »
Self-Lubricating Bearings are made with Teflon-®.
PolyLube(TM) MRP self-lubricating composite journal bearings offer TeflonÃ-® fiber technology. They are able to withstand static loads of ~60,000 psi, and ~30,000 psi under dynamic loading. Fiber's oriented TeflonÃ-® multi-filaments are primary anti-friction components in bearing's ID. Heat-stabilized bearings have operating temperature range of +/-325Ã-
Read More »
Composite Bearing features fatigue resistance.
PolyLube(TM) IFR (Improved Fatigue Resistance), low friction, self-lubricating, composite bearing with proprietary laminate architecture resists delamination and premature bearing failure. It can withstand static loads of ~60,000 PSI and 30,000 PSI under dynamic loading. Bearing's temperature range is Ã-
Read More »