Bearing solutions for special environments Bearing design for extreme conditions such as high temperature, high humidity, and strong corrosion

Bearing solutions for special environments Bearing design for extreme conditions such as high temperature, high humidity, and strong corrosion

22 May,2025

Bearing design under high temperature environment Core challenge: High temperature causes thermal expansion of materials, grease failure, metal softening or oxidation, causing wear, jamming, or fatigue fracture

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Smart bearings: the integration of the Internet of Things and Industry 4.0

Smart bearings: the integration of the Internet of Things and Industry 4.0

22 May,2025

Smart bearings are a typical example of the integration of the Internet of Things and Industry 4.0. The following is a related introduction: Key technologies in smart bearings

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Characteristics and emerging application fields of ceramic bearings

Characteristics and emerging application fields of ceramic bearings

22 May,2025

Characteristics of ceramic bearings Ceramic bearings are high-performance bearings made of ceramic materials (such as silicon nitride, silicon carbide, aluminum oxide, etc.) to manufacture rolling elements (balls, rollers) or rings. They have advantages that traditional metal bearings cannot match. The core characteristics are as follows:

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Green manufacturing and sustainable development of the bearing industry

Green manufacturing and sustainable development of the bearing industry

22 May,2025

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The progress and challenges of localization of high-end bearings

The progress and challenges of localization of high-end bearings

22 May,2025

Accuracy and stability need to be improved: High-end bearings have extremely high precision requirements. For example, high-end bearings in Germany, Japan and other countries can reach micron or even sub-micron levels in processing accuracy, while domestic bearings still have gaps in accuracy consistency and stability, resulting in the application of domestic bearings in some high-end equipment with strict precision requirements.

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Bearing fault diagnosis and predictive maintenance technology vibration analysis

Bearing fault diagnosis and predictive maintenance technology vibration analysis

22 May,2025

As the core component of mechanical equipment, the operating status of bearings directly affects the reliability of equipment. Vibration analysis is a key technology for bearing fault diagnosis and predictive maintenance. By capturing the characteristics of vibration signals, the fault type can be identified in advance,

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