INCREASE SERVICE LIFE BECAUSE OF THE PROPERTIES OF CERAMICS, A HYBRID BEARING'S SERVICE LIFE CAN BE UP TO 10 TIMES THAT OF A STANDARD STEEL BEARING, REDUCING THE NEED FOR MAINTENANCE ON YOUR MACHINE AS WELL AS THE COSTLY INTERRUPTIONS IN PRODUCTION. EXTEND GREASE LIFE MRC HYBRID BEARINGS RUN COOLER AND CAN OPERATE WITH THINNER LUBRICANT FILMS THAN CONVENTIONAL BEARINGS. THE RESULT? LESS AGING OF THE GREASE, LONGER RELUBRICATION INTERVALS, AND INCREASED SERVICE LIFE VS. STANDARD BEARINGS IN THE SAME OPERATING CONDITIONS. REDUCE WEAR FROM VIBRATION EQUIPMENT EXPOSED TO STATIC VIBRATION RISKS FALSE BRINELLING, (EROSION OF THE SURFACES WITHIN THE BALL AND RACEWAY CONTACTS), WHICH CAN LEAD TO SPALLING AND PREMATURE FAILURE. LIGHTER WEIGHT CERAMIC BALLS AND DISSIMILAR MATERIALS REDUCE THE RISK OF FALSE BRINELLING DAMAGE CONSIDERABLY. LOWER OPERATING TEMPERATURES BECAUSE CERAMIC BALLS ARE ONLY 40% AS DENSE AS STEEL BALLS, THE CENTRIFUGAL LOAD THAT THEY GENERATE IS LESS AND THE INTERNAL BEARING FRICTION IS LOWER. THE LOWER DENSITY AND FRICTION ENABLES COOLER RUNNING UNDER THE SAME OPERATING CONDITIONS, OR EVEN HIGHER ROTATIONAL SPEEDS. REDUCE WEAR FROM CONTAMINATION SOLID PARTICLE CONTAMINANTS CAN CREATE DENTS IN BEARING ROLLING SURFACES AND RAISED EDGES AROUND THOSE DENTS. THIS CONDITION CAUSES NOISE AND PREMATURE WEAR AS THE STEEL BALLS ROLL OVER THOSE SURFACES. HARDER CERAMIC BALLS SMOOTHS THE SURFACE ROUGHNESS WITH NO MATERIAL REMOVAL, THEREBY REDUCING NOISE AND WEAR WHILE EXTENDING BEARING SERVICE LIFE.
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