Product sorting
List of products
35x52x12 mm
ZVL 51107 thrust ball bearing is designed to carry axial load in one direction. It is used where force acting along the shaft axis must be reliably supported.
35x72x17 mm
6207 2RS ZKL single-row deep groove ball bearing with contact rubber seals on both sides. A compact solution for radial and moderate axial loads in both directions, protected against dust, contamination and lubricant loss.
35x62x14 mm
6007 2RS ZKL single-row deep groove ball bearing with contact rubber seals on both sides. A compact solution for radial and moderate axial loads in both directions, protected against dust, contamination and lubricant loss.
35x62x14 mm
6007 2Z ZVL single-row deep groove ball bearing with non-contact metal shields on both sides. Suitable for radial and moderate axial loads in both directions, combining low friction with protection of the lubricant from larger contaminants.
35x72x23 mm
NJ 2207 ZVL single-row cylindrical roller bearing with high radial load capacity. The NJ design locates the shaft axially in one direction and allows relative axial displacement of the rings in the opposite direction.
35x72x17 mm
7207 B TVP UA FAG single-row angular contact ball bearing with a 40° contact angle for combined radial and axial loads acting in one direction. The UA version is universally matchable and produces a small axial internal clearance in a bearing set.
35x80x21 mm
6307 2RS1 SKF single-row deep groove ball bearing with contact rubber seals on both sides. It carries radial and moderate axial loads in both directions while protecting the rolling elements from dust, contamination and lubricant loss.
35x80x21 mm
6307 ZKL single-row deep groove ball bearing in an open design. Deep raceways carry radial and moderate axial loads in both directions with low friction.
35x42x20 mm
MTM HK 3520 drawn-cup needle roller bearing with open ends and no inner ring. A compact design for high radial loads where radial installation space is limited.
35x72x17 mm
Rubber seals on both sides. Versatile SKF single-row deep groove ball bearing for reliable rotating assemblies.
35x72x27 mm
ZKL double-row angular contact ball bearing for combined radial and axial loads.
35x72x17 mm
Single-row open ZKL 6207 deep groove ball bearing for radial loads and axial loads in both directions. The open design allows the lubrication method to be selected for the specific bearing arrangement.
35x72x23 mm
ZKL NU 2207 single-row cylindrical roller bearing for high radial loads. The NU design has two integral flanges on the outer ring and permits axial displacement of the shaft relative to the housing in both directions, making it suitable for a non-locating bearing position.
35x80x21 mm
6307 2RS SKF is a single-row deep-groove ball bearing with contact rubber seals on both sides. It supports radial and limited axial loads while protecting the lubricant and raceways in commonly contaminated operation.
35x80x21 mm
6307 2RS ZKL single-row deep-groove ball bearing with rubber seals on both sides for reliable operation and protection of the lubricant from contamination.
35x72x17 mm
NJ 207 ZKL cylindrical roller bearing is a single-row radial bearing with high load capacity and rigidity. The NJ design has two guiding flanges on the outer ring and one on the inner ring, allowing it to carry radial load, locate the shaft axially in one direction and permit axial displacement in the opposite direction.
35x72x17 mm
6207 2Z ZKL deep-groove ball bearing is a single-row radial bearing with non-contact metal shields on both sides. It supports radial loading and moderate axial forces in either direction. The 2Z shields help retain lubricant and keep out coarse contaminants while maintaining low friction and suitability for higher speeds.
35x80x32.75 mm
32307 A KINEX tapered roller bearing is a robust single-row bearing for high radial loads combined with axial load in one direction. Its separable design allows the inner ring with rollers and the outer ring to be mounted independently. For a correct replacement, compare the complete designation including suffix A, the dimensions and required clearance with the original part.
Practical advice
How to choose the right bearing
The same dimensions do not necessarily mean the same function. When selecting a replacement, check the construction, cover and seal design, internal clearance, and the conditions in which the bearing will operate.
Determine the type and size
Copy the full type designation. If missing, measure the inner diameter d, outer diameter D and width B.
Check the design
Distinguish open bearing, metal shields, and rubber seals. Also check internal clearance, accuracy, cage, and lubricant.
Take operating conditions into account
Rotational speed, direction, and magnitude of mechanical load, temperature, humidity, dust, and the method of installation are decisive.
How to read the type designation 6204 2RS C3
Suffixes may vary between manufacturers. When replacing, compare technical parameters, not just similar type designation.
Open, 2Z, or 2RS?
When are matching dimensions not enough?
A dimensionally identical bearing may have different load capacity, maximum speed, precision, or internal clearance. Pay special attention to electric motors, high temperatures, vibrations, shocks, and dusty or humid environments.
- radial, axial, and combined loads
- normal or increased internal clearance C3/C4
- operating temperature and maximum speed
- design of shields and seals, lubricant, cage material, and precision
Frequently asked questions
Can I replace a bearing with another brand?
Usually yes, if the design type, dimensions, internal clearance, precision, cover and seal design, load capacity, and allowable speeds match. The basic number alone is not enough; the meaning of the suffixes may vary according to the manufacturer.
How do I determine the diameter of the inner bore from the model designation?
For many common metric bearings, the bore diameter code from 04 is multiplied by five: for example, 04 = 20 mm and 06 = 30 mm. Codes 00 to 03 and some special designs have different rules, so it is advisable to verify the dimension.
Is 2RS better, or 2Z?
Neither is universally better. 2RS usually protects better against dirt and moisture, while 2Z tends to have lower friction and allows higher speeds. The right choice depends on the application.
What to send if the type designation is unreadable?
A photo of both sides, dimensions d × D × B, machine type, and information about speed, load, temperature, humidity, or dustiness. The more operational data we know, the more safely a replacement can be recommended.
Not sure about the replacement?
Send the type designation, dimensions, or a photo of the original part. We will help verify the suitable version before ordering.