Bearings for Conveyor Systems
KMS plastic conveyor & skatewheel ball bearings are used in conveyor applications where conventional steel bearings are not suitable. They are designed to be maintenance-free and operate without lubrication allowing them to be washed down for today’s sanitary requirements. Plastic race bearings improve the performance and capabilities over conventional steel bearings while providing substantial cost savings with reduced downtime and longer life.
CONVEYOR BALL BEARINGS
Plastic conveyor ball bearing assemblies are used in roller conveyor applications. They are designed to be maintenance-free and operate without lubrication allowing them to be non-contaminating to the environment in which they are used while surviving the application challenges of humidity, condensation, wash down, and hot and cold environments.
SKATEWHEEL BALL BEARINGS
KMS Wunderskate™ claim to fame is its "remarkable spin ability". The Wunderskate™ outlast all other plastic conveyor skatewheels in free spin. This enables skatewheel conveyors to move the lightest of boxes at low inclines simply by gravity.
Critical Design features: Acetal (POM) or Polypropylene (PP) plastic races fitted with either 316 stainless, glass, or polymer balls. Features a single or double row TRUE RACE TECHNOLOGY™ ball groove construction for optimum load, and free spin capability.
- Low friction: A KMS plastic conveyor or skatewheel ball bearing will naturally have a lower coefficient of friction than a metal to metal ball bearings.
- Weight Savings: A KMS plastic conveyor or skatewheel ball bearing is 1/5 the weight of a steel bearing thereby reducing the weight of your overall unit.
- Value added capability: A KMS plastic conveyor or skatewheel ball bearing can be designed to include mounting features such as a hex bore or flange to the outer ring. This
capability can reduce assembly time while improving the performance of your product.
Contact KMS today to learn more about how a plastic bearing can benefit your industrial conveyor application!