CARB toroidal roller bearings china manufacturer

Product Details

Price
$ 4
City
Changzhou
Payment Mode
Cash
Categories
>Vehicles & Transport Equipments
Samples Available
yes
Product status
New
Add to Inquiry Basket

Company Details

Contact person
Chang
Phone
86-519-86603868
Address Line1
Rm.1105, 367 Tongjiang Central Road, Changzhou City,Jiangsu Province, China
City
Changzhou
State
Jiangsu
Country
China
Zip/Postal Code
213000
Fax
86-519-86603868

  • Send Enquires
  • Add to Contact List
  • Add to Block List
  • Add to Favorites

Description

    The CARB toroidal roller bearing is a completely new type of radial roller bearing. This compact self-aligning roller bearing was developed by SKF and introduced on the market in 1995. In a unique design, it combines the self-aligning capability of the spherical roller bearing with the unconstrained axial displacement ability of the cylindrical roller bearing. It can also have the compact cross section normally associated with the needle roller bearing. The applicability of CARB bearings covers a wide range with regard to radial loads. They are intended exclusively as non-locating bearings and as such they are excellent with their combination of self-aligning and axial displacement properties, opening up completely new opportunities to save space, weight and production costs. By deliberately displacing the rings axially with respect to each other it is possible to accurately set the radial internal clearance in the bearing. CARB bearings permit smaller and lighter bearing arrangement designs offering the same or improved performance in a particularly impressive manner, e.g. in planetary gearboxes. They simplify the bearing arrangement design for long shafts that are subjected to temperature variations. When using CARB bearings, it has also been proven that vibration levels are reduced, e.g. in paper machines or fans. The CARB bearing is a single row bearing with long, slightly crowned symmetrical rollers. The raceways of both the inner and outer rings are concave an

Browse Alphabetically: