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View MoreJiangsu Yinghong Transmission Technology Co., Ltd. manufactures flanged bearings under the registered YHU brand. As a Flanged Bearings manufacturer, we combine a machined flange with a deep groove ball bearing to give you a ready-to-bolt bearing unit that controls axial location and simplifies housing design. Our range covers bearing steel and stainless steel variants, in metric, inch, and thin-wall series, for applications from miniature instruments to industrial automation.
We operate automated production lines with Japanese precision manufacturing technology, and every unit is tested for noise, vibration, and dimensional accuracy before shipment. Whether you need a standard series or a custom flange pattern, we configure the bearing to your shaft, load, and environmental requirements.
We supply two main material families, each with multiple series to match your application and mounting constraints.
Made from high-carbon chromium bearing steel (e.g., GCr15), these units offer high hardness, fatigue resistance, and load capacity. They are the first choice for general industrial machinery, electric motors, and power tools where corrosion is not the primary concern.
These units combine corrosion resistance with structural stability. The built-in flange simplifies installation and improves axial load control. We offer four stainless grades to match your environment.
Flanged bearings eliminate the need for a separate housing and locking nut. The flange plate is drilled with mounting holes so you can bolt the unit directly to a machine wall, frame, or bracket. This reduces assembly time, saves axial space, and provides positive axial location in both directions.
Typical applications include:
We also support custom flange patterns, bolt hole positions, and shaft locking methods. If you have a drawing or a sample, we can match or optimize the design.
Our flanged bearings are manufactured to ISO, North American, and JIS standards where applicable. We control the following parameters to ensure reliable operation:
| Parameter | Typical Range / Value | Why It Matters |
|---|---|---|
| Bore diameter | 3 mm to 12 mm (metric), 1/8" to 1/2" (inch) | Matches shaft size and load capacity |
| Flange outer diameter | 10 mm to 30 mm depending on series | Determines mounting hole spacing and bolt size |
| Radial clearance | C2, CN, C3 (custom available) | Affects noise, vibration, and thermal expansion |
| Noise level | 20–25 dB for standard units | Critical for medical and precision equipment |
| Temperature range | -253°C to 350°C (stainless steel with special treatment) | For extreme environments |
| Sealing options | Open, ZZ (metal shield), 2RS (contact seal) | Protects against contamination and retains lubricant |
We understand that standard catalogs do not always cover your exact requirement. Our engineering team can modify flange dimensions, bolt hole patterns, material grade, and internal clearance. We also offer custom non-standard flanged bearings for OEM projects.
Common customization options include:
We provide prototype development and mass production, with full documentation of the final configuration.
Our factory operates a closed-loop quality management system covering raw material inspection, in-process checks, and final testing. We use high-precision instruments to verify dimensions, noise, vibration, and sealing performance. Our certifications include IATF 16949, RoHS, CE, and SGS, which support automotive, medical, and export applications.
For each batch, we can provide inspection reports, material certificates, and dimensional data. If your project requires third-party testing, we coordinate with SGS or other accredited labs.
Flanged bearings are designed for simple bolt-on installation. We supply units with pre-filled grease and sealed options, so no additional lubrication is needed before mounting. For maintenance, regular inspection of bolt torque and seal condition is sufficient in most applications. We offer spare parts and technical support for the life of the product.
Our team can also provide installation guidelines, torque specifications, and troubleshooting advice based on your operating conditions.
To prepare an accurate quotation and technical proposal, we need the following details:
Send us your drawing or sample, and we will confirm the exact configuration, tolerances, and testing requirements.
Bearing steel (GCr15) offers higher hardness and load capacity, while stainless steel provides corrosion resistance. Choose stainless for washdown, marine, or chemical environments; use bearing steel for general industrial applications where cost is a factor.
Yes. We can reverse-engineer from a sample or drawing. We will confirm dimensions, material, and performance to ensure interchangeability.
Prototypes can be delivered in 2–3 weeks after drawing approval. Mass production lead time depends on quantity and material availability, typically 3–5 weeks.
Yes. We provide dimensional inspection reports and can include noise, vibration, and material certificates upon request. Third-party SGS testing is also available.
We can produce hybrid flanged bearings with ceramic balls for higher speed, electrical insulation, or reduced friction. Discuss your requirements with our engineering team.
Our portfolio also includes Products for applications with different operating ranges, interfaces or integration requirements.