Ultra-Slim Thin-Section Ball Bearing Series – Type C
QIBR Ultra-thin thin-section Ball Bearing Series - Open Type C. Materials and characteristics most commonly used in commercial applications
When users choose the QIBR ultra-thin thin-section ball bearing series - open type C ultra-thin thin-section bearings, they are mainly used to bear radial loads and can bear a certain axial load, but their capacity is limited.
The ultra-thin thin-section ball bearing series - open type C. Bearings in this series usually use AISI440C to make rings and steel balls, which have good corrosion resistance, wear resistance, strength and rigidity, and are suitable for use in harsh environments to extend the service life of bearings. In addition, ceramic ball hybrid bearings can also be supplied.
QIBR
Model Selection
| NO. | Product | Product Number | Outer Diameter (D) | Inner Diameter (d) | Width(B) | Land Diameters (L1) | Land Diameters(L2) | Mass(g) |
|---|---|---|---|---|---|---|---|---|
| 1 |
|
QS03503CS0 | 41mm | 35mm | 2.5mm | 37.2mm | 38.8mm | 5 |
| 2 |
|
QS06003CS0 | 66mm | 60mm | 2.5mm | 62.2mm | 63.8mm | 9 |
| 3 |
|
QS07003CS0 | 76mm | 70mm | 2.5mm | 72.2mm | 73.8mm | 11 |
| 4 |
|
QS07403CS0 | 80mm | 74mm | 2.5mm | 76.2mm | 77.8mm | 11 |
| 5 |
|
QS08003CS0 | 86mm | 80mm | 2.5mm | 82.2mm | 83.8mm | 12 |
| 6 |
|
QS09003CS0 | 96mm | 90mm | 2.5mm | 92.2mm | 93.8mm | 13 |
| 7 |
|
QS10003CS0 | 106mm | 100mm | 2.5mm | 102.2mm | 103.8mm | 15 |
| 8 |
|
QS11003CS0 | 116mm | 110mm | 2.5mm | 112.2mm | 113.8mm | 16 |
| 9 |
|
QS12003CS0 | 126mm | 120mm | 2.5mm | 122.2mm | 123.8mm | 18 |
| 10 |
|
QS13003CS0 | 136mm | 130mm | 2.5mm | 132.2mm | 133.8mm | 19 |
| 11 |
|
QS14003CS0 | 146mm | 140mm | 2.5mm | 142.2mm | 143.8mm | 21 |
| 12 |
|
QS15003CS0 | 156mm | 150mm | 2.5mm | 152.2mm | 153.8mm | 22 |
| 13 |
|
QS16003CS0 | 166mm | 160mm | 2.5mm | 162.2mm | 163.8mm | 24 |
| 14 |
|
QS17003CS0 | 176mm | 170mm | 2.5mm | 172.2mm | 173.8mm | 25 |
Advantages of QIBR ultra-thin thin-section ball bearing series - open type C
The QIBR ultra-thin thin-section ball bearing series - open type C has many significant characteristics and advantages and solves key problems in various fields, mainly reflected in the following aspects;
1. The QIBR ultra-thin thin-section ball bearing series - open type C has the characteristics of high rigidity and high load-carrying capacity.
Although the bearings in this series are designed to be lightweight, the open type C bearings can still provide good rigidity and load-carrying capacity, and are suitable for applications with high loads and high speeds.
2. The QIBR ultra-thin thin-section ball bearing series - open type C has the characteristics of low friction and high efficiency
The design of the QIBR ultra-thin thin-section ball bearing series - open type C reduces the bearing friction torque and is suitable for use where low driving torque is required, improving the overall operating efficiency of the equipment.
3. Customized service of QIBR ultra-thin thin-section ball bearing series - open type C
QIBR ultra-thin thin-section ball bearing series - open type C usually provides customized services and can design bearings according to specific needs to meet the special requirements and operating conditions of different industries.
Performance improvement and solutions of QIBR ultra-thin thin-section ball bearing series - open type C
1. Effectively improve material performance and enhance high load-carrying capacity
The ultra-thin thin-section ball bearing series - open type C bearings improve surface hardness and material properties through processes such as vacuum heat treatment, thereby improving the load-carrying capacity and service life of the bearings. The design of the ultra-thin thin-section ball bearing series - open type C allows for a larger number of balls and provides higher load-carrying capacity. For example, using a thin-section design can reduce material usage while maintaining strength and improve economy.
2. Low friction characteristics
The open design of this series of bearings in the ultra-thin thin-section ball bearing series - open type C reduces the friction torque and improves the overall operating efficiency of the bearing, and is suitable for applications where low driving torque is required. This characteristic is particularly important when operating at high speeds and helps reduce the energy consumption of equipment and extend the service life of equipment.
3. Improve manufacturing accuracy and load-carrying capacity
The production of ultra-thin thin-section ball bearing series - open type C uses advanced foreign processing equipment and processes, such as precision grinding and superfinishing grinding, to improve the geometric accuracy of inner and outer rings and balls and reduce processing errors, thereby improving the rotation accuracy and operation stability of the bearings.
4. The ultra-thin thin-section ball bearing series - open type A uses high-performance material AISI440C to manufacture bearings, which can significantly improve its hardness and load, and is suitable for occasions with high load requirements.
5. Personalized design
According to the application requirements of the ultra-thin thin-section ball bearing series - open type C in different occasions, provide personalized structural size solutions to meet specific performance requirements. This method not only enriches the standards of bearings but also provides effective guidance for manufacturers to meet the personalized needs of users.
In short, by optimizing materials, manufacturing accuracy, personalized design and other measures, the performance of the ultra-thin thin-section ball bearing series - open type C can be significantly improved to meet increasingly demanding application requirements.
Main application fields of QIBR ultra-thin thin-section ball bearing series - open type C
Medical equipment
Type A ultra-thin thin-section bearings are suitable for medical diagnostic equipment due to their corrosion resistance and high precision.
Food processing
Type A ultra-thin thin-section bearings are suitable for food production and packaging equipment due to their corrosion resistance.
Aerospace Type
A ultra-thin thin-section bearings provide high-temperature resistance and high-load support and are used in key components of aircraft and spacecraft.
Chemicals and pharmaceuticals
Type A ultra-thin thin-section bearings can withstand chemical corrosion and are suitable for chemical processing and pharmaceutical equipment.