Year: 2016

Differences between Greaseless Bearings and Lubricated Bearings

Blog | October 11th, 2016

When greasing the proverbial wheels of industry, maintenance engineers take note of bearing housings that require lubrication. In this manner, drive shafts and their associated bearings are optimized, frictional heat is minimized, and equipment lifespan is assured. Greaseless bearings add an interesting element to this engineering conundrum, for no lubrication maintenance schedule is required when […]

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Non-Standard or Specialised Ball Bearings

Blog | September 26th, 2016

Many distinctive engineering applications require non-standard or specialised ball bearings to solve unique issues. These devices function as efficiently as their commonplace cousins, but they serve in uncommon situations. Unusually sized drive shafts with proprietary keyways represent a not so typical example of this practice, as do obsolete standards that didn’t find universal adoption. Whatever […]

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What are Pillow Block Bearings?

Blog | September 19th, 2016

Pillow block bearings merge the familiar rounded profile of a standard bearing into the metal block of a pedestal to form a unified whole. The resulting outline is flat on the bottom and round on top, so it can be mounted to a fixed flat surface while the round aperture remains clear and ready for […]

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Double Row Self Aligning Bearings: Definition and Common Uses

Blog | August 30th, 2016

Deductive reasoning is a handy skill set to have on tap, for the logical side of the brain can quickly intuit how double row self-aligning bearings will look just from reading the label. That spark of logical deliberation can infer from the label, and rightly so, that there are two rows of balls skating around […]

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Why Do Metal Bearings Fail?

Blog | August 12th, 2016

There’s no sinister question mark above metal bearings. It’s not as if the metal is unreliable and destined to failure. Quite the opposite, in fact, since robust alloys are designed to handle heavy loads. It’s just that this is a dynamic operating area, a place where multiple forces and environmental stresses hammer away at these […]

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