Ceramic Deep Groove Ball Bearing

Ceramic deep groove ball bearings are commonly used in a wide range of industries and applications, including aerospace, automotive, medical equipment, semiconductor manufacturing, and high-performance machinery.

ceramic deep groove ball bearings offer several advantages over traditional steel bearings, including high temperature and corrosion resistance, lightweight design, low friction, and increased durability. These properties make them well-suited for demanding applications where reliability, performance, and longevity are essential.

仕様

Standard: GB,ASTM/AISI,ГОСТ,BS,JIS,NF,DIN / VDEh
Material: Silicon Nitride, Zirconium Oxide, Aluminum Oxide, Silicon Carbide
Range of Inner Ring Dia.: 4mm-20mm
Range of Outer Ring Dia.: 13mm-32mm
Range of Weight: 0.55g-8.8g
Brand: QIBR/OEM/Neutral
Package: QIBR/Standard Industrial Package/OEM
Applications: Machine tool spindle, centrifuge, booster pump, oil pump, blower, various gearboxes, laboratory equipment

QIBR 製品選定

QIBR 製品選定
番号	製品型式	Basic load rating	Inner diameter	Weight	Outer diameter	Chamfer dimension	Total width
1	6000	12.74 N	10 mm	3.5 g	26 mm	0.6 mm	8 mm
2	6001	15.68 N	12 mm	4 g	28 mm	0.3 mm	8 mm
3	6002	24.5 N	15 mm	5.7 g	32 mm	0.6 mm	9 mm
4	6003	29.4 N	17 mm	7.3 g	35 mm	0.3 mm	10 mm
5	6004	35.28 N	20 mm	12.6 g	42 mm	0.6 mm	12 mm
6	605	3.92 N	5 mm	0.65 g	14 mm	0.3 mm	5 mm
7	606	6.86 N	6 mm	1.2 g	17 mm	0.6 mm	6 mm
8	608	12.74 N	8 mm	2.4 g	22 mm	0.3 mm	7 mm
9	6200	21.56 N	10 mm	5.6 g	30 mm	0.3 mm	9 mm
10	6201	24.5 N	12 mm	7 g	32 mm	0.2 mm	10 mm
11	6202	29.4 N	15 mm	8.8 g	35 mm	0.3 mm	11 mm
12	6203	39.2 N	17 mm	12.8 g	40 mm	0.2 mm	12 mm
13	6204	49 N	20 mm	20 g	47 mm	0.3 mm	14 mm
14	624	2.84 N	4 mm	0.55 g	13 mm	0.2 mm	5 mm
15	625	5.88 N	5 mm	0.9 g	16 mm	0.3 mm	5 mm
16	626	6.86 N	6 mm	1.5 g	19 mm	0.3 mm	6 mm
17	628	12.74 N	8 mm	3.2 g	24 mm	0.2 mm	8 mm
18	6900	12.74 N	10 mm	1.9 g	22 mm	1 mm	6 mm
19	6901	11.76 N	12 mm	1.9 g	24 mm	0.3 mm	6 mm
20	6902	15.68 N	15 mm	3 g	28 mm	1 mm	7 mm
21	6903	19.6 N	17 mm	3.3 g	30 mm	0.3 mm	7 mm
22	6904	32.34 N	20 mm	8.8 g	37 mm	1 mm	9 mm
23	696	4.9 N	6 mm	0.75 g	15 mm	0.6 mm	5 mm
24	698	5.88 N	8 mm	1.3 g	19 mm	0.3 mm	6 mm

Features and advantages of QIBR ceramic deep groove ball bearings

QIBR ceramic deep groove ball bearings are engineered to address critical operational demands in various industrial fields, offering the following key advantages:

1. Superior wear resistance

QIBR ceramic bearings exhibit exceptional hardness and wear resistance. Unlike traditional steel bearings, the rolling elements in ceramic bearings are highly durable, particularly in high-load and high-frequency applications.

2. Reduced friction coefficient

Ceramic balls have a lower friction coefficient compared to steel balls. This reduces energy loss, enhances operational efficiency, and minimizes heat generation during high-speed operations.

3. Exceptional corrosion resistance

Ceramic materials resist moisture, acids, alkalis, and other chemicals, making these bearings ideal for harsh environments such as chemical, marine, and food processing industries.

4. Outstanding high-temperature performance

Ceramic materials maintain their strength and hardness at elevated temperatures, often surpassing the tolerance of steel. As a result, QIBR ceramic bearings are widely used in high-temperature applications, including aerospace and metallurgy.

Performance enhancements for QIBR ceramic deep groove ball bearings

1. Improving material purity and uniformity

The performance of ceramic balls directly impacts the overall bearing quality. Enhancing material purity increases hardness, wear resistance, and corrosion resistance, thereby extending bearing life.

2. Optimizing microstructure

Refining the grain structure of ceramic materials enhances their compressive strength, impact resistance, and internal stress distribution, reducing the likelihood of material failure or performance degradation.

3. Utilizing dry lubrication

Ceramic bearings are particularly suited for environments requiring oil-free lubrication or extreme conditions like vacuum, low temperatures, or high temperatures. Choosing the right dry lubricant can further improve performance under such circumstances.

4. Improving groove design

Enhancements to the deep groove design, such as adjusting groove depth or increasing the contact area between the inner and outer rings, can optimize load capacity and improve operational stability.

Primary application fields of QIBR ceramic deep groove ball bearings

1. High-speed machinery

With their low friction coefficient and high hardness, ceramic bearings reduce frictional heat generation, making them ideal for high-speed machinery.

QIBR 製品選定

Features and advantages of QIBR ceramic deep groove ball bearings

QIBR ceramic deep groove ball bearings are engineered to address critical operational demands in various industrial fields, offering the following key advantages:

1. Superior wear resistance

2. Reduced friction coefficient

Ceramic balls have a lower friction coefficient compared to steel balls. This reduces energy loss, enhances operational efficiency, and minimizes heat generation during high-speed operations.

3. Exceptional corrosion resistance

Ceramic materials resist moisture, acids, alkalis, and other chemicals, making these bearings ideal for harsh environments such as chemical, marine, and food processing industries.

4. Outstanding high-temperature performance

Performance enhancements for QIBR ceramic deep groove ball bearings

1. Improving material purity and uniformity

The performance of ceramic balls directly impacts the overall bearing quality. Enhancing material purity increases hardness, wear resistance, and corrosion resistance, thereby extending bearing life.

2. Optimizing microstructure

3. Utilizing dry lubrication

4. Improving groove design

Enhancements to the deep groove design, such as adjusting groove depth or increasing the contact area between the inner and outer rings, can optimize load capacity and improve operational stability.

Primary application fields of QIBR ceramic deep groove ball bearings

1. High-speed machinery

With their low friction coefficient and high hardness, ceramic bearings reduce frictional heat generation, making them ideal for high-speed machinery.