Hybrid Single Direction Thrust Ceramic Ball Bearing

KOMEL is a one-piece high quality Hybrid Single Direction Thrust Ceramic Ball Bearing, outer ball bearing, ceramic ball rolling jigsaw and other materials. In addition to the axial displacement, the axial displacement also increases with the radial displacement.

Apparently, silicon nitride (Si3N4) type ceramics are characterized by high cost density, high density, low cost, magnetism and other electrical characteristics. Jeleka, the ceramic balls weighed less than 40% or the steel balls weighed less. On a farm, homeowners use ropes connected to the house; build after you have, oka after you comgea on your bearing after you.

It is a well-established, high-capacity, and high-performance plant in Aerospace, Aerospace, Korea.

Parameter (Specification)

Suffixes

Material Suffix

H: It indicates ceramic balls. For example, 6205 - H represents a deep groove ball bearing of model 6205 with ceramic balls as the rolling elements.

T: It may indicate a cage made of ceramic materials. If it is the combined suffix "HT", it means the bearing has both ceramic balls and a ceramic cage.

Tolerance Grade Suffix

P4: It indicates that the bearing's tolerance grade complies with the ISO 4 - level standard. It belongs to a high - precision grade and is usually used in equipment with high - precision requirements, such as the spindles of precision machine tools.

P5: The tolerance grade complies with the ISO 5 - level standard. Its precision is slightly lower than that of P4, and it is also widely used in some industrial equipment with certain precision requirements.

Clearance Suffix

C3: It indicates that the radial clearance of the bearing is larger than the standard clearance. It is suitable for situations where the bearing will generate significant thermal expansion during operation, preventing the bearing from seizing due to thermal expansion.

C4: The clearance is larger than that of C3. It is often used in high - temperature, high - speed, or high - load working conditions.

CM: It represents the clearance for motors, which is a special clearance range suitable for equipment such as motors with high requirements for vibration and noise.

Sealing Suffix

Z: It indicates that the bearing has a dust cover on one side, which can prevent dust and other impurities from entering the bearing.

ZZ: It means that the bearing has dust covers on both sides.

RS: It indicates that the bearing has a contact - type rubber seal on one side. The sealing effect is good, which can prevent lubricating oil leakage and the intrusion of external impurities, but it will increase a certain friction torque.

2RS: It means that the bearing has contact - type rubber seals on both sides.

Application

Industrial Automation: It is used in linear movement mechanisms, rotary tables and other parts of industrial automation equipment, where stable support and one-way axial positioning can be provided, ensuring efficient equipment movement and stability. For example, in some high-precision automated production lines, it is used to assist the high-speed drive shaft, monitor shaft force, and maintain shaft position.

Machine Tool Industry: It is commonly used in the spindle systems of machine tools, especially in machining centers, grinders and other machine tools that require high-precision axial positioning and high-speed rotation. It can withstand the axial force generated by the spindle during the cutting process, and at the same time ensure the rotational accuracy of the spindle, which helps to improve the machining quality and efficiency.It is commonly used in cable systems of machine tools, especially machining centers, milling machines and other machine tools that require precise axial positioning and high-speed rotation. It can withstand the axial force generated by the blade during the cutting process, and at the same time can ensure the smooth rotation of the blade, which improves the quality and efficiency of the machine.

Motor Field: For some motors with special requirements, such as multi-speed motors and servomotors, can prevent bearing failure and improve the reliability and operation of the motor. In addition, for some engines that require high rotational speeds and high axial loads, the full bearing can also be given its advantage of high speed and load capacity.

Aerospace: It has practical applications in the rotor systems of aircraft engines, or the recoil mechanisms of aircraft landing gears and other components. It can meet the requirements of aerospace equipment for high-performance, lightweight and reliable bearings, withstand complex loads and operate stably in harsh operating environments.