Send Inquiry

Request To Call Back

Hybrid Ceramic Bearings

Name: Hybrid Ceramic Bearings
Brand: V. W. IMPEX
Price: 6500 INR
Availability: InStock

Price 6500 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Hybrid Ceramic Bearings Specification

Retainer
Yes

Precision Rating
P6

Cage Material
Nylon

Thickness
5 mm

Inside Diameter
6 mm

Lubrication Type
Grease

Bearing Type
Hybrid Ceramic Ball Bearing

Material
Ceramic Balls with Stainless Steel Rings

Structure
Deep Groove

Seals Type
Sealed

Number Of Rows
Single Row

Bore Size
6 mm

Outside Diameter
13 mm

Limiting Speed
40000 RPM

Load Capacity
High

Noise Level
Low

Customization
Available

Dynamic Load Rating
2.6 kN

Ball Material
Silicon Nitride (Si3N4)

Vibration Level
Low

Usage/Application
Electric Motors, High Speed Machinery

Static Load Rating
1.1 kN

Temperature Range
-40°C to 180°C

Corrosion Resistance
Excellent

Hybrid Ceramic Bearings Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
Days

Certifications
Yes

About Hybrid Ceramic Bearings

Hybrid Bearings are made of (ZrO2 or Si3N4 balls + PEEK cage) ceramic ball bearing, inner ring and outer ring are made by metal, GCr15 or AISI440C. Hybrid ceramic ball bearings are an excellent choice for high speed applications. A ceramic (silicon nitride) ball weighs less than a steel ball, is stiffer, and has a near-perfect geometry and superior surface finish. These properties enable a bearing to operate at higher speeds and reduced temperatures with less wear. Ceramic ball have the following performance as low density, high strength, low friction, wear resistance, self-lubrication and higher rigidity, its the best choice for rollers of the hybrid construction ceramic which are used in high-speed, high-precision and long life applications. Noise and vibration levels are also kept to a minimum. Furthermore, ceramic balls are corrosion resistant, nonmagnetic, and able to withstand repeated autoclaving, which makes hybrid ceramic ball bearings a good choice for medical and dental applications. If you want to extend bearing operational life, especially under conditions of marginal lubrication.

Specification:

SR144ZTR3S - SR type, Toron cage, 3S Si3N4 ball, 3.175 x 6.35 x 2.38

SRF144ZTR3S - SRF Flange type, Toron cage, 3S Si3N4 ball, 3.175 x 6.35 x 2.38, Z type

SR144ZTR3SWG - SR type, Toron cage, 3S Si3N4 ball, 3.175 x 6.35 x 2.78,Grooved,Z type

SRF144ZTR3SW - SRF Flange type, Toron cage, 3S Si3N4 ball, 3.175 x 6.35 x 2.78, Z type

SR144ZTR3SW - SR type, Toron cage, 3S Si3N4 ball, 3.175 x 6.35 x 2.78, Z type

Optimized for High-Speed Performance

These hybrid ceramic bearings are crafted to support exceptionally high speeds, reaching up to 40,000 RPM. The combination of Si3N4 ceramic balls and stainless steel rings reduces friction, supports stable operation, and minimizes heat generation, ensuring consistent performance for high-speed machinery and electric motors.

Engineered for Longevity and Reliability

With excellent corrosion resistance and a robust deep groove structure, our bearings are fit for use in harsh or variable conditions. The sealed design, nylon cage, and precision P6 rating help extend operational life by effectively retaining lubrication and shielding internal components from contaminants.

Custom Solutions for Diverse Applications

Customizable parameters enable precise adaptation to your specific requirements, supporting various industrial applications. Globally sourced from China, these bearings are suitable for distributors, exporters, importers, suppliers, and traders seeking reliable and adaptable bearing solutions.

FAQs of Hybrid Ceramic Bearings:

Q: How are hybrid ceramic bearings used in electric motors and high-speed machinery?

A: These bearings are specifically designed for electric motors and high-speed machinery where low noise, reduced vibration, and stable operation at high speeds are priorities. Their deep groove structure and high precision rating (P6) ensure smooth rotational performance, essential for consistent machinery operation.

Q: What benefits does Silicon Nitride (Si3N4) ball material provide in these bearings?

A: Silicon Nitride offers high hardness, low density, and superior corrosion resistance. This leads to reduced friction, improved wear resistance, and extended bearing life compared to traditional steel balls. In addition, they excel in environments with temperature fluctuations and chemical exposure.

Q: When is it recommended to choose hybrid ceramic bearings over all-steel types?

A: Hybrid ceramic bearings are ideal when your application demands higher speed, reduced maintenance, improved longevity, and enhanced corrosion resistance. They are particularly advantageous in electric motors, high-speed machinery, or any setting requiring consistent low-noise operation and reliability.

Q: Where can these bearings be sourced and who can benefit from them?

A: These hybrid ceramic bearings are sourced from China and distributed worldwide. They are suitable for distributors, exporters, importers, suppliers, and traders, as well as end-users in industrial sectors requiring dependable, high-performance bearing solutions.

Q: What is the process for obtaining customized hybrid ceramic bearings?

A: To obtain customized bearings, customers can specify requirements such as dimensions, seal types, and lubrication options. Our team collaborates closely with clients to deliver tailored solutions that meet unique operational needs, ensuring optimal fit and performance.

Q: How does the sealed design enhance the bearings operation and longevity?

A: The sealed structure effectively retains grease lubricant and prevents contaminants like dust or moisture from entering, thereby minimizing maintenance needs and extending the bearings operating life, especially in rigorous or variable environments.

Q: What is the primary advantage of using nylon as the cage material in these bearings?

A: Nylon cages provide durability while being lightweight, reducing rotational mass and friction. This material choice supports quieter operation, lower vibration, and helps maintain bearing alignment, particularly under high-speed conditions.