The environment of textile bearings is extremely harsh, and they are required to have a long service life, heavy load capacity, high rotational speed, low noise, and stable operation. The bearings of textile machines are mainly used to withstand combined radial and axial loads, with the radial load being the main component. During the installation and operation process, they have good dust - proof performance and can achieve a certain degree of eccentricity adjustment. The bearings for textile machines have a retaining ring on the outer diameter of the outer ring, seals on both sides, and come with an installed tapered bushing, locking washer, and accessories. They are mainly used to withstand combined radial and axial loads, with the radial load being the main component.

The dust-proof effect is good during the installation and use process, and a certain amount of eccentricity adjustment can be achieved. The bearings of textile machines are especially suitable for support structures where the radial installation dimensions are limited. When selecting bearings without inner rings or needle roller and cage assemblies, the journal surface and the housing bore surface that are matched with the bearing directly serve as the inner and outer rolling surfaces of the bearing. To ensure the same load capacity and operating performance as bearings with rings.

What are the uses of textile machine bearings?

In textile machinery, idler wheels will be used in the cradle drive and sand clamping device. The yoke track idler wheel can transmit the rotation of the cam and eccentric wheel to reciprocating motion, and has precise definition and accurate counting. The outer ring of the textile bearing is made of special rolling bearing steel, and its outer wall is particularly thick. At the same time, the textile bearing optimizes its external profile. Therefore, the shaft unit is an integral unit, which is easy to install, requires no adjustment, and has low running noise. With its special top double-row ball bearing, an integrated elastic support device is formed, and the shaft runs extremely stably.