High-Quality Angular Contact Ball Bearing Qjf1036m Qjf1038m Qjf1040 Qjf1056 Qjf1060m

• Customization: Available
• Contact Angle: 15°
• Aligning: Aligning Bearing
• Model NO.: QJF1036M QJF1038M QJF1040 QJF1056 QJF1060M
• Separated: Unseparated
• Rows Number: Multiple
• Load Direction: Radial Bearing
• Material: Bearing Steel
• Transport Package: Custom Packaging
• Specification: 25mmX52mmX15mm
• Trademark: JD Bearing
• Origin: China
• HS Code: 8482103000
• Production Capacity: 40000
• Package Size: 800.00cm * 800.00cm * 1000.00cm
• Package Gross Weight: 100.000kg

Product Description

Structure Inner ring: It is installed in cooperation with the shaft. The raceway of the inner ring comes into contact with the rolling elements, guiding the movement of the rolling elements and bearing a part of the load. Its inner diameter size corresponds to the diameter of the shaft it is matched with. Outer ring: Usually installed in the hole of the bearing seat or mechanical components. The raceway of the outer ring also contacts with the rolling elements. Together with the raceway of the inner ring, it provides a rolling path for the rolling elements. The outer diameter of the outer ring is suitable for the size of the mounting hole. Rolling elements: Generally steel balls, which are located between the raceways of the inner and outer rings. When the bearing is in operation, the steel balls roll on the raceways of the inner and outer rings to achieve relative movement and transmit the load. Since angular contact ball bearings need to bear combined loads, the size and quantity of the steel balls are usually optimized and designed according to the bearing's load-carrying capacity and performance requirements. Cage: Its function is to evenly separate the rolling elements to prevent collisions and friction between the rolling elements. At the same time, it guides the rolling elements to roll correctly in the raceways, enabling the bearing to operate smoothly and efficiently. The material and structural form of the cage will affect the performance and service life of the bearing. Common types include metal cages and plastic cages, etc. Characteristics

 

Bearing Model	Inner Diameter (mm)	Outer Diameter (mm)	Thickness (mm)	Weight (kg)
7017ACM	85	130	22	0.920
7018ACM	90	140	24	1.150
7019ACM	95	145	24	1.200
7022ACJ	110	170	28	2.000
7024ACM	120	180	28	2.200
7030ACM	150	225	35	4.500

Structure Inner ring: It is installed in cooperation with the shaft. The raceway of the inner ring comes into contact with the rolling elements, guiding the movement of the rolling elements and bearing a part of the load. Its inner diameter size corresponds to the diameter of the shaft it is matched with. Outer ring: Usually installed in the hole of the bearing seat or mechanical components. The raceway of the outer ring also contacts with the rolling elements. Together with the raceway of the inner ring, it provides a rolling path for the rolling elements. The outer diameter of the outer ring is suitable for the size of the mounting hole. Rolling elements: Generally steel balls, which are located between the raceways of the inner and outer rings. When the bearing is in operation, the steel balls roll on the raceways of the inner and outer rings to achieve relative movement and transmit the load. Since angular contact ball bearings need to bear combined loads, the size and quantity of the steel balls are usually optimized and designed according to the bearing's load-carrying capacity and performance requirements. Cage: Its function is to evenly separate the rolling elements to prevent collisions and friction between the rolling elements. At the same time, it guides the rolling elements to roll correctly in the raceways, enabling the bearing to operate smoothly and efficiently. The material and structural form of the cage will affect the performance and service life of the bearing. Common types include metal cages and plastic cages, etc. CharacteristicsCharacteristics Advantages Can bear combined loads: It can bear both radial loads and axial loads simultaneously. And according to the difference in the contact angle, the ability to bear axial loads varies. The larger the contact angle, the stronger the bearing's ability to bear axial loads, which gives it good adaptability under complex load conditions. High precision: The manufacturing precision of angular contact ball bearings is usually relatively high, which can ensure the high-precision positioning and smooth operation of rotating parts. It is suitable for occasions with high requirements for rotational accuracy, such as machine tool spindles and precision instruments. High limiting speed: Due to the relatively small friction between the rolling elements and the raceways and the reasonable structural design, angular contact ball bearings can maintain good stability and reliability during high-speed rotation and have a relatively high limiting speed, which can meet the needs of some high-speed rotating equipment.