kubota engine bearing set from baileparts

Main Bearing STD for Kubota D750 D850 D950 Engine

Product Name: Main Bearing
Application: For Kubota D750 D850 D950
Warranty: 1 Year
Strong bearing capacity: Optimized structural design improves the stability and durability of machine operation.
Precision manufacturing: Advanced technology ensures smooth operation of bearings and reduces friction loss.
Wear-resistant and durable: Special surface treatment effectively resists wear and corrosion and extends service life.
Efficient heat dissipation: Efficient heat dissipation system ensures bearing temperature control and improves overall performance.

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Description

for Kubota D750 D850 D950 Main Bearing

type: Main Bearing

Part number: 15261-23470, 15261-23480

Specifications: STD 48*18*2 Shaft diameter 44

Available in STD/0.2/0.4/0.6 sizes

Main Bearing

The main bearing in the engine is the bearing that supports and rotates the crankshaft. It is usually located in the engine block and consists of an upper and lower part.
Engine bearings are the main support for the main moving parts of the engine, enhancing the running loads and reducing the friction generated by these parts. In other words, they affect the overall durability and service life of the engine.

Advantages of Baileparts bearings

Good wear resistance: using high-quality materials, effectively improving the service life of bearings and reducing engine maintenance time.
Low friction: The optimized surface reduces the friction coefficient, improves mechanical efficiency, and saves energy.
High-precision matching: Precision machining ensures that the bearings and journals are perfectly matched, reducing vibration and noise, and improving overall operating stability.
Easy to install and maintain: Simplify the installation and replacement process and reduce maintenance costs.

Common signs of worn engine bearings include:

Knocking or rumbling noises: One of the main signs of engine bearing failure is a knocking or rumbling noise from the engine. This noise is often more noticeable when accelerating.
Low oil pressure: Engine bearings rely on a constant supply of oil for lubrication. A drop in oil pressure causes bearing wear, which results in insufficient lubrication and increased friction.
Excessive vibration: Worn bearings can cause increased vibration throughout the engine.
Increased operating temperatures: Increased operating temperatures may indicate that the oil layer between the bearing and the main journal has broken down, resulting in metal-to-metal contact. This friction generates excessive heat in the engine.
Oil contamination: A clear sign of bearing wear is the condition of the engine oil. This can be monitored through oil sampling and regular oil changes.