UCF211-32 Pillow Block Bearing
KM UCF211-32 pillow block bearing, the bearing size is not same as UCF211, it is one of the Non-standard bearing. Just tell me the size or bearing item, i will make price list for you.
The pillow block bearing is actually a variant of the deep groove ball bearing. Its outer ring outer diameter surface is spherical, which can be matched into the corresponding concave spherical bearing seat to play the role of aligning. The outer spherical bearing is mainly used to bear the combined radial and axial loads which are mainly radial loads. Generally, it is not suitable to bear the axial loads alone.
Its outer diameter surface is spherical, which can be fitted into the corresponding concave spherical surface of the bearing seat to play a role of alignment. Pillow block bearings are mainly used to bear radial and axial combined loads, which are mainly radial loads. Generally, it is not suitable to bear axial loads alone.
|Product name||UCF211-32 pillow block bearing|
|Country of original||made in China|
|Delivery date||within 3-25 working days after receipt the deposit money|
|Feature||have the Aligning ability, easy to make up, have double sealing device, it can be worked in terrible condition|
|Payment terms||A:100% T/T in advance|
|B:30%T/T in advance.70% T/T Before Shipment|
|Cage Material||steel cage|
|Main market||Mideast;Canda;Southeast Asia;South America and other countries all over the world|
|Company name||Liaocheng Kunmei Bearing CO.,LTD|
1. Low friction resistance, low power consumption, high mechanical efficiency, easy to start; High precision, large load, small wear, long service life.
2. Standardized size, interchangeability, easy installation and disassembly, easy maintenance; Compact structure, light weight, smaller axial size.
3. Some bearings have the performance of self-aligning; Suitable for mass production, stable and reliable quality, high production efficiency.
4. Transmission friction torque is much lower than fluid dynamic pressure bearing, so friction temperature rise and power consumption are lower; The starting friction moment is only slightly higher than the rotational friction moment.
5. The sensitivity of bearing deformation to load changes is less than that of hydrodynamic bearing.
6. Axial size is smaller than that of traditional hydrodynamic bearing; It can withstand both radial and thrust combined loads.
7. Unique design can achieve excellent performance over a wide range of load-to-speed; Bearing performance is relatively insensitive to fluctuations in load, speed and operating speed.
UCF applicable fields: agricultural machinery, food machinery, etc.