The UCFB201-8 Flange Bracket Unit Bearing is a high-performance engineered solution designed for demanding industrial environments. Combining a precision-grade UC201-8 bearing with a robust FB201 housing, this unit is specifically engineered to provide exceptional durability and stability for rotating or oscillating movements, ensuring seamless operational continuity in heavy-duty applications.

Engineered for versatility and reliability, the UCFB201-8 is widely utilized across various sectors, including agricultural machinery, conveyor systems, and industrial power transmission. Its superior design minimizes friction and reduces component wear, effectively extending the service life of your equipment while maximizing overall productivity and efficiency.

Detailed Parameters

Bearing Unit No.	UCFB201-8	Bearing No.	UC201-8
Housing No.	FB201	Shaft Diameter	12mm
Dimension w	110mm	Dimension b	62mm
Dimension c	52mm	Dimension D	52mm
Bolt Size	M8 / 5/16 IN	Total Weight	0.64kg

Key Advantages

Industrial Durability

Manufactured from premium-grade materials to withstand heavy loads and operate reliably in demanding environmental conditions.

Extended Service Life

Advanced friction-reduction technology minimizes wear and tear, significantly lowering maintenance frequency.

Precision Engineering

Ensures smooth and efficient rotation, which enhances the overall performance of motors and gearboxes.

Effortless Installation

User-friendly design allowing for a simple mounting process without the need for specialized tools or expertise.

Compact Architecture

The space-saving design makes it ideal for both small-scale and large-scale conveying operations.

Multi-Industry Fit

Perfectly suited for tractors, harvesters, tillers, and a wide array of industrial conveyor systems.

Product Gallery

UCFB2018 Flange Bracket Unit Bearing China Factory Suppliers

Management Platforms

Inventory Control

Optimized stock management for rapid dispatch of bearing units across global regions.

Quality Assurance

Strict adherence to manufacturing tolerances to ensure zero-defect delivery for each unit.

Technical Support

Expert guidance on bearing selection and installation for various machinery types.

Order Tracking

Real-time logistics monitoring from our manufacturing plant to your facility.

Custom Solutions

Ability to adapt bearing specifications to meet unique industrial equipment requirements.

Maintenance Alerts

Scheduled guidance on lubrication and inspection intervals to maximize bearing life.

Investment Return Comparison

Performance Metric	Standard Bearings	UCFB201-8 Unit
Installation Time	High (Requires tools)	Very Low (Simple mount)	Efficient
Operating Life	Medium	High (Wear-resistant)	Extended
Maintenance Cost	Frequent Lubrication	Reduced Frequency	Cost-Saving
Load Stability	Standard	Superior (Flange Support)	Stable
Downtime Risk	Moderate	Low (High Reliability)	Minimized

Frequently Asked Questions

Q: What are the primary applications of the UCFB201-8 bearing unit?

It is primarily used in agricultural machinery (tractors, harvesters), industrial conveyor systems, and power transmission equipment like gearboxes and motors.

Q: How does the flange bracket improve performance?

The flange bracket provides a secure and stable mounting point, which reduces vibration and allows the bearing to handle heavier loads more effectively.

Q: Is special expertise required for the installation of this bearing?

No, the UCFB201-8 is designed for ease of installation. Its user-friendly mounting process allows both engineers and non-technical users to install it quickly.

Q: Which materials are used to ensure the durability of the bearing?

It is constructed from high-quality, industrial-grade steel and alloys specifically chosen to resist wear and withstand harsh environmental conditions.

Q: Can this bearing unit handle high-speed rotations?

Yes, it is designed to support high-speed rotations while minimizing friction, making it ideal for motor and gearbox applications.

Q: How does the UCFB201-8 contribute to equipment longevity?

By reducing friction and minimizing internal wear, it lowers the heat generated during operation, thereby protecting the connected shafts and machinery components.