5C-33.5 Universal Joint
5C-33.5
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From the appearance, the 5C universal joint presents a typical cross-shaped structure with four shaft necks perpendicular to each other. The shaft necks are precisely machined with a smooth surface and accurate dimensions. The outer part of the shaft necks is usually equipped with wear-resistant needle roller bearings, which can effectively reduce the coefficient of friction, minimize wear, and ensure smooth operation of the cross shaft at high speeds. The 5C cross shaft can achieve stable power transmission at different angles and effectively compensate for the angle deviation and axial displacement between the drive shafts. Whether it is the change in the angle of the drive shaft due to uneven road surfaces during vehicle operation or the dynamic displacement in complex working conditions of construction machinery, it can ensure efficient and smooth power transmission and maintain the normal operation of the equipment.
Made of high-strength alloy steel and processed through special heat treatment, it has excellent strength and toughness. It can withstand large torque and impact forces, and is not prone to deformation or damage even under heavy load conditions, greatly improving the reliability and service life of the product.
The fit between the shaft neck and the bearing has been optimized and the surface has undergone wear-resistant treatment. Combined with high-quality grease, it can significantly reduce friction loss between components, reduce maintenance frequency, and lower usage costs.
Made of high-strength alloy steel and processed through special heat treatment, it has excellent strength and toughness. It can withstand large torque and impact forces, and is not prone to deformation or damage even under heavy load conditions, greatly improving the reliability and service life of the product.
The fit between the shaft neck and the bearing has been optimized and the surface has undergone wear-resistant treatment. Combined with high-quality grease, it can significantly reduce friction loss between components, reduce maintenance frequency, and lower usage costs.