News
Latest updates from FIJ.
Experts Guide Bearing Maker’s Push to High-Precision Manufacturing
Academic and research experts visit a bearing plant to advise on precision, fatigue life and heat treatment, accelerating high-end bearing development.
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Grease Rheology in Bearings: Yield Stress and Shear Thinning Explained
Understand grease rheology in bearings: yield stress, shear thinning, startup torque and NLGI grades. How grease seals at rest and lubricates in motion.
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Bearing Vibration Analysis: From Vague Symptoms to Diagnosis
See how vibration analysis converts vague bearing noise into precise diagnosis, from RMS and kurtosis screening to envelope analysis and life prediction.
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Understanding the Multi-Layer Architecture of High-Performance Bearing Shells
Discover the engineered tri-layer structure of modern sliding bearings. See how steel backing, friction alloys, and micro-coatings deliver extreme durability.
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Hydrodynamic Bearing Localization Advances for Heavy Gas Turbines
Learn how hydrodynamic oil-film bearing technology supports 300 MW and 400 MW heavy gas turbine localization and import substitution.
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Bearing Wear Resistance: Material and Surface Protection Guide
Learn how to prevent premature bearing failure through smart material selection, surface treatments, and lubrication protection for longer service life.
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When to Upgrade to Hydrostatic Bearings: A Strategic Investment Guide
Stop burned bushings and drifting tolerances. Discover exactly when hydrostatic bearings outperform hydrodynamic designs, boost precision, and cut long-term costs.
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Railway Freight Bearing Steel Passes Quality Audit: What It Means
How railway freight bearing steel certification works: audit scope, quality controls, and why metallurgical approval matters for bearing reliability.
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Are Sealed Bearings Really Dust-Proof? Rethinking Bearing Seals
Sealed bearings can trap dust, overheat grease, and corrode faster than open bearings. Learn why smart venting beats total enclosure.
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Rolling Bearing Survival at -253°C and 650°C Extreme Conditions
How rolling bearings survive -253°C cryogenic, 650°C heat, vacuum and 15,000 rpm. Materials, lubrication and ceramic bearing trends explained.
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Bearing Friction Science: Causes, Testing, and Design Optimization
Explore bearing friction causes, lubrication effects, testing methods, and design strategies that improve efficiency, reliability, and service life.
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Automated Roller Sorting Systems for Precision Bearings
Streamline component grading with advanced gravitational sorting devices that enhance bearing production efficiency and reduce manual intervention.
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