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For Ford Engine Con-Rod Bearing AEB4355 Fiesta 8pcs Scratch-Resistant
Product Specification
Model | For Ford Engine Main Bearing AEM5373 Fiesta 10pcs Abrasion Resistance |
Weight | 1.25kg/PC |
Material | Aluminum-based |
SIZE | Standard |
Application | Machinery parts/Automobile Parts |
Quality | ISO 9001:2008 ISO/TS16949 standard |
Precision | 0.013mm |
Service | OEM available |
Note
Choosing the appropriate bearing material is very important. Different equipment and working environments require different types of bearing materials, such as bronze, aluminum bronze, white copper, and steel. Ensure that the selected materials have good wear resistance, friction characteristics, and fatigue strength to adapt to different working conditions.
Company Introduction
Our product range includes but is not limited to the following types of bearing shells:
Eccentric bearing pads: Used for bearing pad systems with eccentric motion, providing a large range of radial and axial clearance adjustment, suitable for equipment under special working conditions.
Other customized products: According to customer needs, we can also provide other types of bearing pads, such as special shaped bearing pads, composite material bearing pads, etc.
As an important component of mechanical transmission systems, tiles have multiple advantages such as reducing friction and wear, supporting and positioning functions, load sharing, adjusting clearances and compensating for wear, and being able to be installed, disassembled, and replaced.
Sliding pad bearing: The upper ring is composed of sliding pads, suitable for high-speed and high load conditions, and can reduce friction heat and wear.
Elastic bearing shell: The upper ring is made of elastic material, which can absorb impact and vibration to a certain extent, improving the reliability of the equipment.
As an indispensable and critical component of mechanical equipment, in the transmission system of railway vehicles, bearing pads are used to support and guide wheel axles, ensuring smooth train operation and reducing wear and tear on wheels and tracks