Silicon Carbide Bearing Manufacturer for High-Precision Custom Requirements
Newthink silicon carbide bearings are specially designed to meet the high standard requirements of professional precision equipment. They have the characteristics of high temperature bearing capacity, high precision rotation, low friction, and energy saving in high-wear and corrosive environments. Whether you are in the semiconductor industry, chemical industry, or aerospace industry, Newthink can provide you with high-quality, stable-performance silicon carbide bearings.
Silicon Carbide Bearing for Various Industries
Newthink has extensive experience in manufacturing Silicon carbide bearings to meet the needs of a variety of industries.
With ultra-high precision and purity, good chemical stability, it ensures that the bearing can be used in complex environments.
Different industrial machinery and scenarios have different requirements, the main features are high precision, high wear resistance and corrosion resistance.
Strict requirements, high reliability, high strength and low friction coefficient.
Used in turbocharger systems and drive motors for automobile engines, etc.
Feature of Silicon Carbide Bearing
Silicon carbide bearings are mainly made of silicon carbide (SiC) and have excellent high precision, high reliability, high hardness, and excellent corrosion resistance. The following are the main features and applications of silicon carbide bearings.
Adopting advanced manufacturing technology, it can ensure highly accurate dimensions and improve stability during operation.
Under certain conditions, an oxide film will form on the surface of the bearing, which can reduce friction and wear.
Silicon carbide bearings can withstand high temperatures up to 1650°C and will not deform in high-temperature environments, making them ideal for various industrial machinery.
Bending strength of 400-490 MPa, better compression and impact resistance.
A lower friction coefficient can reduce equipment loss and reduce the operating cost of the equipment.
Resistant to strong acids (except hydrofluoric acid) and strong alkalis, stable performance, and not easily corroded.
The thermal conductivity is 100-120 W/m.k, which can quickly dissipate the heat generated during operation.
Silicon carbide bearings can maintain good stability with rapid changes in temperature.
Why Choose Newthink Silicon Carbide Shaft?
Newthink’s silicon carbide bearings can increase service life, save costs, and provide a complete set of customized assembly solutions.
More than 14 years of professional bearing design and manufacturing experience.
For customers who want to test the quality of our products, we can provide free samples.
The processing accuracy can reach 0.01mm and the surface finish can reach Ra0.03.
With ISO certification, we strictly control every step to ensure stable and reliable product quality.
Can respond quickly to customer needs and give specific suggestions.
Each product will be strictly tested before packaging to ensure stable product quality.
Silicon Carbide Bearing Workshop
Newthink’s aim is to provide customers with high-quality products. Some raw materials are imported from Germany, and the molding process is diversified, such as isostatic pressing, dry pressing, injection molding, etc., to meet the needs of various industries. We also use precision CNC equipment for processing to ensure high surface accuracy and stable quality of the product.
Meet Us at Exhibitions
Newthink actively participates in major industrial and advanced ceramics exhibitions worldwide throughout the year, including Italy, Germany, Japan, and Vietnam, where we meet directly with our customers.
Technical Data of Silicon Carbide Bearing
Silicon carbide bearings can be manufactured using a variety of processes, and their main properties are as follows:
- Data Sheet
| Item | Unit | SSiC | RBSiC |
| Density | g/cm3 | 3.08-3.16 | 2.9-3.02 |
| Hardness HV1 | Kg/mm2 | >2550 | >2350 |
| Young’s Modulus | GPa | 410 | 400 |
| Bending Strength (1200℃) | MPa | 400 | 280 |
| Compressive Strength | MPa | >2500 | >2250 |
| Coefficient of Linear Expansion | 10–⁶/K | 4.0-4.5 | 4.3-4.8 |
| Max Working Temperature | ℃ | 1650 | 1380 |
Related Products
Ceramic Bearing BallMainly used in the field of precision machinery, with the characteristics of high hardness, high temperature resistance and good insulation performance.
Aerospace BearingsIt is one of the key components in the aerospace field, with the advantages of high precision, high reliability, radiation resistance and light weight.
Alumina BearingMainly used in various mechanical equipment, with excellent insulation performance and chemical stability.
Bearing ComponentComposed of bearings and other accessories. It can be customized.
Different industries and applications require different ball bearings. The optimum ball bearings are those that are able to fully meet the requirements of the industry’s application conditions. Below are some of the most popular ball bearing types and characteristics:
① Deep groove ball bearings, the most universally used type and are capable of supporting radial loads and certain axial loads at the same time.
② Angular contact ball bearings, which are mainly used in machine tool spindles, industrial robot joints, aircraft engine high-speed rotors, etc.
③ Thrust ball bearings, which are mainly used in resisting axial loads and have a simple structure.
There are different types of bearings, and ball bearings are one of them. Bearings have good shock resistance, impact resistance, low frictional coefficient and low starting resistance. Apart from the above properties, ball bearings have a greater limit speed and are suitable for high-speed rotating positions.
Under identical operating conditions, including the same speed, capacity to carry a load, operating temperature, mode of installation and component materials, rolling bearings and sliding bearings survive longer.
In general, ceramic ball bearings are better than steel ball bearings because:
① The two differ in hardness. Generally speaking, Rockwell hardness of ceramic balls can be up to HRA80-90, but for the hardness of the bearing steel ball it is primarily HRC60-65, hence the ceramic ball bearings have more wear resistance and life.
② Multiple high temperature resistance. The maximum temperature resistance of ceramic ball bearings can reach as high as 1650℃, which is much higher than that of steel ball bearings. Therefore, ceramic materials are more appropriate in high temperature environments.
③ Multiple weights. The density of steel is greater than that of ceramics, and therefore steel ball bearings are heavy, which will affect the equipment’s life.
④ Different corrosion resistance. Ceramic material has very good chemical stability and is hard to react with chemical materials, while steel ball bearings are prone to rust in the majority of environments.
