Ceramic Bearings

Ceramic bearings are made from materials such as silicon nitride (Si₃N₄), zirconia (ZrO₂), silicon carbide (SiC), and aluminum oxide (Al₂O₃), with Si₃N₄ being the most widely used.
Compared with steel bearings, they are lighter, harder, more corrosion-resistant, and can operate with less or no lubrication. They also offer lower friction, reduced vibration, and better performance in high-speed and high-temperature environments.
Ceramic bearings are typically divided into full ceramic (all components ceramic) and hybrid ceramic (ceramic balls with steel rings).
BKZ Industry, professional ceramic bearings manufacturer provides ceramic ball, roller, and needle bearings, widely used in chemical, pharmaceutical, food processing, and medical applications.

Features & Advantages of BKZ Industry Ceramic Bearings

BKZ Industry offers application-specific ceramic bearings with corrosion resistance, low friction, and high-temperature performance, backed by ISO 9001 quality and engineering expertise.

Features of Ceramic Bearings

Excellent Resistance to Corrosion and Wear

Ceramic materials such as silicon nitride are chemically inert, offering strong resistance to water, acids, alkalis, and harsh chemicals. This ensures reliable performance in corrosive and demanding environments.

Lower Friction

With high hardness and a smooth surface finish, ceramic bearings reduce friction and wear, helping to improve efficiency and extend service life.

Minimal or No Lubrication

Due to their low friction and anti-seizure properties, ceramic bearings can operate with minimal or no lubrication under certain conditions, making them suitable for clean or maintenance-free applications.

High Temperature Performance

Ceramic materials provide excellent thermal stability and low thermal expansion, allowing bearings to maintain performance and dimensional stability at elevated temperatures.

Lightweight

Si₃N₄ ≈ 3.2 g/cm³ vs steel ≈ 7.8 g/cm³), reducing centrifugal forces and enabling better performance in high-speed applications.

Advantages of BKZ Industry Ceramic Bearings

Various Material Options

Available in silicon nitride (Si₃N₄), zirconia (ZrO₂), silicon carbide (SiC), and aluminum oxide (Al₂O₃), tailored to different application requirements.

Comprehensive Product Range

Offering full ceramic and hybrid ceramic bearings, including ball bearings, roller bearings, and needle bearings.

ISO-Certified Manufacturing & Proven Experience

ISO 9001 certified with over 15 years of bearing manufacturing experience, supported by a skilled engineering team.

Competitive Pricing with Reliable Quality

Delivering cost-effective solutions that balance performance, durability, and price, while ensuring consistent quality standards across every production batch.

Strict Quality Control

From incoming raw material verification to in-process monitoring and final performance testing, each step is carefully controlled to ensure dimensional accuracy, material integrity, and consistent product reliability.

Types of BKZ Industry Ceramic Bearings

BKZ Industry offers customized ceramic bearing solutions to meet your requirements. The following are some of the most commonly produced types.

Ceramic Angular Contact Ball Bearings

Designed with contact angles to support combined radial and axial loads, these bearings use ceramic materials such as silicon nitride or zirconia. They offer high stiffness, low friction, high-speed capability, and reliable performance in high-temperature and corrosive environments.

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Ceramic Thrust Ball Bearings

Designed to handle axial loads only, these bearings are made entirely from ceramic materials such as silicon nitride or zirconia. They offer corrosion resistance, low friction, and are widely used in chemical processing, pumps, and high-temperature equipment.

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Ceramic Self Aligning Ball Bearings

Featuring a double-row design with a spherical raceway, these bearings can automatically adjust to misalignment. Constructed from ceramic materials, they are commonly used in pumps, food processing equipment, textile machinery, and applications with shaft deflection or alignment challenges.

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Ceramic Insert Bearings

Designed for easy mounting in housing units, these bearings feature a solid ceramic construction for both rings and rolling elements. They provide excellent corrosion resistance, low friction, and reliable performance in washdown, food processing, and chemical environments.

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Ceramic Tapered Roller Bearings

Supporting combined radial and axial loads, these bearings use tapered rolling elements made entirely from ceramic materials. They are commonly used in gearboxes, heavy-duty machinery, chemical equipment, and high-temperature industrial applications.

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Ceramic Cylindrical Roller Bearings

With cylindrical rolling elements, these bearings provide high radial load capacity and low friction. Using ceramic materials, they offer excellent wear resistance, high-speed capability, and stable performance in high-temperature and corrosive environments.

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Hybrid Ceramic Bearings

Use ceramic balls (typically silicon nitride) with steel rings, unlike full ceramic bearings made entirely of ceramic materials. Compared with full ceramic versions, they offer better toughness, higher load capacity, and improved impact resistance while still maintaining low friction and high-speed performance.

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*We also offer bearings not listed here. Contact us for more options.

Ceramic Bearings Size Chart

Ceramic bearings generally follow standard ISO dimensions, allowing easy interchangeability with conventional steel bearings. The primary difference lies in the materials used. Below are some standard ceramic bearing size charts for reference. For specific or customized requirements, please contact us for further support.

Series No	Ceramic Type	Bore Dia (mm)	Outer Dia (mm)	Width (mm)	Estimated Weight	Seal Type	Materials
6201	Full	11	31	10	0.03	Open	Si3N4 / ZrO2
6202	Hybrid	12	32	11	0.06	Open	Si3N4 / ZrO2
6203	Full	13	33	12	0.09	Sealed	Si3N4 / ZrO2
6204	Hybrid	14	34	13	0.12	Open	Si3N4 / ZrO2
6205	Full	15	35	9	0.15	Open	Si3N4 / ZrO2
6206	Hybrid	16	36	10	0.18	Sealed	Si3N4 / ZrO2
6207	Full	17	37	11	0.21	Open	Si3N4 / ZrO2
6208	Hybrid	18	38	12	0.24	Open	Si3N4 / ZrO2
6209	Full	19	39	13	0.27	Sealed	Si3N4 / ZrO2
6210	Hybrid	20	40	9	0.3	Open	Si3N4 / ZrO2
6211	Full	21	41	10	0.33	Open	Si3N4 / ZrO2
6212	Hybrid	22	42	11	0.36	Sealed	Si3N4 / ZrO2
6213	Full	23	43	12	0.39	Open	Si3N4 / ZrO2
6214	Hybrid	24	44	13	0.42	Open	Si3N4 / ZrO2
6215	Full	25	45	9	0.45	Sealed	Si3N4 / ZrO2
6216	Hybrid	26	46	10	0.48	Open	Si3N4 / ZrO2
6217	Full	27	47	11	0.51	Open	Si3N4 / ZrO2
6218	Hybrid	28	48	12	0.54	Sealed	Si3N4 / ZrO2
6219	Full	29	49	13	0.57	Open	Si3N4 / ZrO2
6220	Hybrid	30	50	9	0.6	Open	Si3N4 / ZrO2
6221	Full	31	51	10	0.63	Sealed	Si3N4 / ZrO2
6222	Hybrid	32	52	11	0.66	Open	Si3N4 / ZrO2
6223	Full	33	53	12	0.69	Open	Si3N4 / ZrO2
6224	Hybrid	34	54	13	0.72	Sealed	Si3N4 / ZrO2
6225	Full	35	55	9	0.75	Open	Si3N4 / ZrO2
6226	Hybrid	36	56	10	0.78	Open	Si3N4 / ZrO2
6227	Full	37	57	11	0.81	Sealed	Si3N4 / ZrO2
6228	Hybrid	38	58	12	0.84	Open	Si3N4 / ZrO2
6229	Full	39	59	13	0.87	Open	Si3N4 / ZrO2
6230	Hybrid	40	60	9	0.9	Sealed	Si3N4 / ZrO2
6231	Full	41	61	10	0.93	Open	Si3N4 / ZrO2
6232	Hybrid	42	62	11	0.96	Open	Si3N4 / ZrO2
6233	Full	43	63	12	0.99	Sealed	Si3N4 / ZrO2
6234	Hybrid	44	64	13	1.02	Open	Si3N4 / ZrO2
6235	Full	45	65	9	1.05	Open	Si3N4 / ZrO2
6236	Hybrid	46	66	10	1.08	Sealed	Si3N4 / ZrO2
6237	Full	47	67	11	1.11	Open	Si3N4 / ZrO2
6238	Hybrid	48	68	12	1.14	Open	Si3N4 / ZrO2
6239	Full	49	69	13	1.17	Sealed	Si3N4 / ZrO2
6240	Hybrid	50	70	9	1.2	Open	Si3N4 / ZrO2
6241	Full	51	71	10	1.23	Open	Si3N4 / ZrO2
6242	Hybrid	52	72	11	1.26	Sealed	Si3N4 / ZrO2
6243	Full	53	73	12	1.29	Open	Si3N4 / ZrO2
6244	Hybrid	54	74	13	1.32	Open	Si3N4 / ZrO2
6245	Full	55	75	9	1.35	Sealed	Si3N4 / ZrO2
6246	Hybrid	56	76	10	1.38	Open	Si3N4 / ZrO2
6247	Full	57	77	11	1.41	Open	Si3N4 / ZrO2
6248	Hybrid	58	78	12	1.44	Sealed	Si3N4 / ZrO2
6249	Full	59	79	13	1.47	Open	Si3N4 / ZrO2
6250	Hybrid	60	80	9	1.5	Open	Si3N4 / ZrO2
6251	Full	61	81	10	1.53	Sealed	Si3N4 / ZrO2
6252	Hybrid	62	82	11	1.56	Open	Si3N4 / ZrO2
6253	Full	63	83	12	1.59	Open	Si3N4 / ZrO2
6254	Hybrid	64	84	13	1.62	Sealed	Si3N4 / ZrO2
6255	Full	65	85	9	1.65	Open	Si3N4 / ZrO2
6256	Hybrid	66	86	10	1.68	Open	Si3N4 / ZrO2
6257	Full	67	87	11	1.71	Sealed	Si3N4 / ZrO2
6258	Hybrid	68	88	12	1.74	Open	Si3N4 / ZrO2
6259	Full	69	89	13	1.77	Open	Si3N4 / ZrO2
6260	Hybrid	70	90	9	1.8	Sealed	Si3N4 / ZrO2
6261	Full	71	91	10	1.83	Open	Si3N4 / ZrO2
6262	Hybrid	72	92	11	1.86	Open	Si3N4 / ZrO2
6263	Full	73	93	12	1.89	Sealed	Si3N4 / ZrO2
6264	Hybrid	74	94	13	1.92	Open	Si3N4 / ZrO2
6265	Full	75	95	9	1.95	Open	Si3N4 / ZrO2
6266	Hybrid	76	96	10	1.98	Sealed	Si3N4 / ZrO2
6267	Full	77	97	11	2.01	Open	Si3N4 / ZrO2
6268	Hybrid	78	98	12	2.04	Open	Si3N4 / ZrO2
6269	Full	79	99	13	2.07	Sealed	Si3N4 / ZrO2
6270	Hybrid	80	100	9	2.1	Open	Si3N4 / ZrO2
6271	Full	81	101	10	2.13	Open	Si3N4 / ZrO2
6272	Hybrid	82	102	11	2.16	Sealed	Si3N4 / ZrO2
6273	Full	83	103	12	2.19	Open	Si3N4 / ZrO2
6274	Hybrid	84	104	13	2.22	Open	Si3N4 / ZrO2
6275	Full	85	105	9	2.25	Sealed	Si3N4 / ZrO2
6276	Hybrid	86	106	10	2.28	Open	Si3N4 / ZrO2
6277	Full	87	107	11	2.31	Open	Si3N4 / ZrO2
6278	Hybrid	88	108	12	2.34	Sealed	Si3N4 / ZrO2
6279	Full	89	109	13	2.37	Open	Si3N4 / ZrO2
6280	Hybrid	90	110	9	2.4	Open	Si3N4 / ZrO2
6281	Full	91	111	10	2.43	Sealed	Si3N4 / ZrO2
6282	Hybrid	92	112	11	2.46	Open	Si3N4 / ZrO2
6283	Full	93	113	12	2.49	Open	Si3N4 / ZrO2
6284	Hybrid	94	114	13	2.52	Sealed	Si3N4 / ZrO2
6285	Full	95	115	9	2.55	Open	Si3N4 / ZrO2
6286	Hybrid	96	116	10	2.58	Open	Si3N4 / ZrO2
6287	Full	97	117	11	2.61	Sealed	Si3N4 / ZrO2
6288	Hybrid	98	118	12	2.64	Open	Si3N4 / ZrO2
6289	Full	99	119	13	2.67	Open	Si3N4 / ZrO2
6290	Hybrid	100	120	9	2.7	Sealed	Si3N4 / ZrO2
6291	Full	101	121	10	2.73	Open	Si3N4 / ZrO2
6292	Hybrid	102	122	11	2.76	Open	Si3N4 / ZrO2
6293	Full	103	123	12	2.79	Sealed	Si3N4 / ZrO2
6294	Hybrid	104	124	13	2.82	Open	Si3N4 / ZrO2
6295	Full	105	125	9	2.85	Open	Si3N4 / ZrO2
6296	Hybrid	106	126	10	2.88	Sealed	Si3N4 / ZrO2
6297	Full	107	127	11	2.91	Open	Si3N4 / ZrO2
6298	Hybrid	108	128	12	2.94	Open	Si3N4 / ZrO2
6299	Full	109	129	13	2.97	Sealed	Si3N4 / ZrO2
62100	Hybrid	110	130	9	3	Open	Si3N4 / ZrO2
62101	Full	111	131	10	3.03	Open	Si3N4 / ZrO2
62102	Hybrid	112	132	11	3.06	Sealed	Si3N4 / ZrO2
62103	Full	113	133	12	3.09	Open	Si3N4 / ZrO2
62104	Hybrid	114	134	13	3.12	Open	Si3N4 / ZrO2
62105	Full	115	135	9	3.15	Sealed	Si3N4 / ZrO2
62106	Hybrid	116	136	10	3.18	Open	Si3N4 / ZrO2
62107	Full	117	137	11	3.21	Open	Si3N4 / ZrO2
62108	Hybrid	118	138	12	3.24	Sealed	Si3N4 / ZrO2
62109	Full	119	139	13	3.27	Open	Si3N4 / ZrO2
62110	Hybrid	120	140	9	3.3	Open	Si3N4 / ZrO2
62111	Full	121	141	10	3.33	Sealed	Si3N4 / ZrO2
62112	Hybrid	122	142	11	3.36	Open	Si3N4 / ZrO2
62113	Full	123	143	12	3.39	Open	Si3N4 / ZrO2
62114	Hybrid	124	144	13	3.42	Sealed	Si3N4 / ZrO2
62115	Full	125	145	9	3.45	Open	Si3N4 / ZrO2
62116	Hybrid	126	146	10	3.48	Open	Si3N4 / ZrO2
62117	Full	127	147	11	3.51	Sealed	Si3N4 / ZrO2
62118	Hybrid	128	148	12	3.54	Open	Si3N4 / ZrO2
62119	Full	129	149	13	3.57	Open	Si3N4 / ZrO2
62120	Hybrid	130	150	9	3.6	Sealed	Si3N4 / ZrO2
62121	Full	131	151	10	3.63	Open	Si3N4 / ZrO2
62122	Hybrid	132	152	11	3.66	Open	Si3N4 / ZrO2
62123	Full	133	153	12	3.69	Sealed	Si3N4 / ZrO2
62124	Hybrid	134	154	13	3.72	Open	Si3N4 / ZrO2
62125	Full	135	155	9	3.75	Open	Si3N4 / ZrO2
62126	Hybrid	136	156	10	3.78	Sealed	Si3N4 / ZrO2
62127	Full	137	157	11	3.81	Open	Si3N4 / ZrO2
62128	Hybrid	138	158	12	3.84	Open	Si3N4 / ZrO2
62129	Full	139	159	13	3.87	Sealed	Si3N4 / ZrO2
62130	Hybrid	140	160	9	3.9	Open	Si3N4 / ZrO2
62131	Full	141	161	10	3.93	Open	Si3N4 / ZrO2
62132	Hybrid	142	162	11	3.96	Sealed	Si3N4 / ZrO2
62133	Full	143	163	12	3.99	Open	Si3N4 / ZrO2
62134	Hybrid	144	164	13	4.02	Open	Si3N4 / ZrO2
62135	Full	145	165	9	4.05	Sealed	Si3N4 / ZrO2
62136	Hybrid	146	166	10	4.08	Open	Si3N4 / ZrO2
62137	Full	147	167	11	4.11	Open	Si3N4 / ZrO2
62138	Hybrid	148	168	12	4.14	Sealed	Si3N4 / ZrO2
62139	Full	149	169	13	4.17	Open	Si3N4 / ZrO2
62140	Hybrid	150	170	9	4.2	Open	Si3N4 / ZrO2
62141	Full	151	171	10	4.23	Sealed	Si3N4 / ZrO2
62142	Hybrid	152	172	11	4.26	Open	Si3N4 / ZrO2
62143	Full	153	173	12	4.29	Open	Si3N4 / ZrO2
62144	Hybrid	154	174	13	4.32	Sealed	Si3N4 / ZrO2
62145	Full	155	175	9	4.35	Open	Si3N4 / ZrO2
62146	Hybrid	156	176	10	4.38	Open	Si3N4 / ZrO2
62147	Full	157	177	11	4.41	Sealed	Si3N4 / ZrO2
62148	Hybrid	158	178	12	4.44	Open	Si3N4 / ZrO2
62149	Full	159	179	13	4.47	Open	Si3N4 / ZrO2
62150	Hybrid	160	180	9	4.5	Sealed	Si3N4 / ZrO2
62151	Full	161	181	10	4.53	Open	Si3N4 / ZrO2
62152	Hybrid	162	182	11	4.56	Open	Si3N4 / ZrO2
62153	Full	163	183	12	4.59	Sealed	Si3N4 / ZrO2
62154	Hybrid	164	184	13	4.62	Open	Si3N4 / ZrO2
62155	Full	165	185	9	4.65	Open	Si3N4 / ZrO2
62156	Hybrid	166	186	10	4.68	Sealed	Si3N4 / ZrO2
62157	Full	167	187	11	4.71	Open	Si3N4 / ZrO2
62158	Hybrid	168	188	12	4.74	Open	Si3N4 / ZrO2
62159	Full	169	189	13	4.77	Sealed	Si3N4 / ZrO2
62160	Hybrid	170	190	9	4.8	Open	Si3N4 / ZrO2
62161	Full	171	191	10	4.83	Open	Si3N4 / ZrO2
62162	Hybrid	172	192	11	4.86	Sealed	Si3N4 / ZrO2
62163	Full	173	193	12	4.89	Open	Si3N4 / ZrO2
62164	Hybrid	174	194	13	4.92	Open	Si3N4 / ZrO2
62165	Full	175	195	9	4.95	Sealed	Si3N4 / ZrO2
62166	Hybrid	176	196	10	4.98	Open	Si3N4 / ZrO2
62167	Full	177	197	11	5.01	Open	Si3N4 / ZrO2
62168	Hybrid	178	198	12	5.04	Sealed	Si3N4 / ZrO2
62169	Full	179	199	13	5.07	Open	Si3N4 / ZrO2
62170	Hybrid	180	200	9	5.1	Open	Si3N4 / ZrO2
62171	Full	181	201	10	5.13	Sealed	Si3N4 / ZrO2
62172	Hybrid	182	202	11	5.16	Open	Si3N4 / ZrO2
62173	Full	183	203	12	5.19	Open	Si3N4 / ZrO2
62174	Hybrid	184	204	13	5.22	Sealed	Si3N4 / ZrO2
62175	Full	185	205	9	5.25	Open	Si3N4 / ZrO2
62176	Hybrid	186	206	10	5.28	Open	Si3N4 / ZrO2
62177	Full	187	207	11	5.31	Sealed	Si3N4 / ZrO2
62178	Hybrid	188	208	12	5.34	Open	Si3N4 / ZrO2
62179	Full	189	209	13	5.37	Open	Si3N4 / ZrO2
62180	Hybrid	190	210	9	5.4	Sealed	Si3N4 / ZrO2
62181	Full	191	211	10	5.43	Open	Si3N4 / ZrO2
62182	Hybrid	192	212	11	5.46	Open	Si3N4 / ZrO2
62183	Full	193	213	12	5.49	Sealed	Si3N4 / ZrO2
62184	Hybrid	194	214	13	5.52	Open	Si3N4 / ZrO2
62185	Full	195	215	9	5.55	Open	Si3N4 / ZrO2
62186	Hybrid	196	216	10	5.58	Sealed	Si3N4 / ZrO2
62187	Full	197	217	11	5.61	Open	Si3N4 / ZrO2
62188	Hybrid	198	218	12	5.64	Open	Si3N4 / ZrO2
62189	Full	199	219	13	5.67	Sealed	Si3N4 / ZrO2
62190	Hybrid	200	220	9	5.7	Open	Si3N4 / ZrO2
62191	Full	201	221	10	5.73	Open	Si3N4 / ZrO2
62192	Hybrid	202	222	11	5.76	Sealed	Si3N4 / ZrO2
62193	Full	203	223	12	5.79	Open	Si3N4 / ZrO2
62194	Hybrid	204	224	13	5.82	Open	Si3N4 / ZrO2
62195	Full	205	225	9	5.85	Sealed	Si3N4 / ZrO2
62196	Hybrid	206	226	10	5.88	Open	Si3N4 / ZrO2
62197	Full	207	227	11	5.91	Open	Si3N4 / ZrO2
62198	Hybrid	208	228	12	5.94	Sealed	Si3N4 / ZrO2
62199	Full	209	229	13	5.97	Open	Si3N4 / ZrO2
62200	Hybrid	210	230	9	6	Open	Si3N4 / ZrO2

Where Are Ceramic Bearings Used?

Ceramic bearings are widely used in applications requiring high speed and strong corrosion resistance. Below are some of the most common industries where ceramic bearings are applied.

Chemical & Pharmaceutical

Chemical pumps
Agitators & mixers
Reactors
Centrifuges
Dosing systems

Food & Beverage

Filling machines
Conveyor systems
Bottling equipment
Mixers & blenders
Washdown processing equipment

Robotics

Robotic arms
Joint modules
Precision gearboxes
End effectors
Automated assembly systems

Medical & Healthcare

Dental handpieces
Surgical instruments
MRI/CT systems
Laboratory equipment
Blood analyzers

Agriculture

Irrigation systems
Harvesting machinery
Seed processing equipment
Grain handling systems
Fertilizer spreaders

Aerospace

Guidance systems
Actuation systems
Turbine components
Flight control systems
Satellite mechanisms

Automotive

Electric motors
Turbochargers
Fuel pumps
Transmission systems
Cooling systems

Marine & Offshore

Seawater pumps
Propulsion systems
Deck machinery
Offshore drilling equipment
Subsea systems

Electric Motors

High-speed motors
Precision motors
Spindle drives
Industrial drives
Servo motors

Renewable Energy

Wind turbine generators
Solar tracking systems
Hydro turbines
Energy storage systems
Power conversion equipment

FAQs About Ceramic Bearings

Q1. Ceramic bearings vs steel: Which one is better?

The choice depends on application requirements such as speed, environment, and load. Ceramic bearings offer advantages like corrosion resistance, low friction, and high-speed capability, while steel bearings provide better toughness and load capacity. Selecting the right type ensures optimal performance and cost efficiency.

Q2. What are the disadvantages of ceramic bearings?

Ceramic bearings can be more brittle than steel, making them less suitable for heavy shock loads. They also have a higher initial cost and require careful handling during installation. However, in the right applications, their performance benefits often outweigh these limitations.

Q3. Are ABEC-7 bearings ceramic?

ABEC-7 refers to a precision rating, not the material. Bearings with this rating can be made from steel or ceramic. Ceramic bearings may also meet ABEC-7 standards, but the classification itself only indicates tolerance and accuracy, not material composition.

Q4. What are skateboard ceramic bearings?

Skateboard ceramic bearings typically use ceramic balls with steel or ceramic races to reduce friction and improve speed. They offer smoother rolling and better resistance to dirt and moisture, making them popular for high-performance and low-maintenance skating applications.

Q5. How to select the right ceramic bearing type?

Selecting the right ceramic bearing depends on factors such as load, speed, temperature, and operating environment. Hybrid bearings are suitable for general high-speed use, while full ceramic bearings are ideal for corrosive or lubrication-free conditions. Proper selection ensures reliability and performance.

Q6. Can ceramic bearings be customized for special sizes?

Yes, ceramic bearings can be customized based on specific requirements such as dimensions, materials, and operating conditions. Custom designs are often used in specialized equipment where standard sizes are not suitable, ensuring better performance and compatibility with unique applications.

Q7. Are ceramic bearings suitable for food-grade lubricants?

Ceramic bearings are compatible with food-grade lubricants and are widely used in food processing equipment. Their corrosion resistance and ability to operate with minimal lubrication make them ideal for hygienic environments where contamination control and reliability are critical.

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More Bearings from BKZ Industry

In addition to ceramic bearings, BKZ Industry supplies a wide range of bearing solutions tailored to your specific requirements, including ball bearings, roller bearings, slewing bearings, and customized designs for various industrial applications.