Sliding and rolling bearings are both utilized in wire mesh looms. Though their applications are identical, there are important differences between the two. A sliding bearing, as the term indicates, slides on a shaft surface that is coated with lubricant. Rolling bearings, by contrast, roll on the surface of an inner or outer ring, aided by a series of rolling spheres or rollers.
Rolling bearings can carry a lot of weight, making them suitable for use as crankshaft bearings of wire mesh looms. Roller bearings are easy to maintain, reliable in operation, have good starting performance, and have a high load capacity at medium speeds.While compared with sliding bearings, rolling bearings have larger radial dimensions, weaker shock absorption ability, lower life expectancy at high speeds, and louder noise.
Sliding bearings operate smoothly, reliably, and without noise. Under conditions of liquid lubrication, the sliding surface is separated by lubricating oil, preventing direct contact and greatly reducing friction and surface wear. The oil film also has a certain ability to absorb vibrations, providing lubrication, cooling, anti-wear, and extending the lifespan.Compared with rolling bearings,sliding bearings are less flexible, more challenging to use, and are much more reliant on lubrication. Understanding these variations will assist you in selecting the best bearing for your wire mesh knotting equipment.
