UCFA2018 Adjustable Flange Unit Bearing China Factory Suppliers
Looking for high-performance UCFA201-8 adjustable flange unit bearings? Our China factory provides premium quality bearings with superior sealing and durability. As leading suppliers, we ensure precise 12mm shaft alignment for industrial machinery.
About this product
Product information from the supplier.
The UCFA201-8 is a high-performance adjustable flange unit bearing engineered for versatility and precision in demanding industrial environments. Combining a high-quality UC201-8 bearing with a durable FA201 housing, this unit is specifically designed to support heavy radial loads while ensuring seamless operation across various assembly lines and machinery.
Constructed from premium-grade materials, the UCFA201-8 features an innovative adjustable flange design that enables rapid installation and precise shaft positioning without the need for complex additional hardware. Its superior sealing technology effectively blocks water, dust, and contaminants, making it an indispensable component for conveyor systems, mining equipment, and agricultural machinery.
Detailed Parameters
| Bearing Unit No. | UCFA201-8 | Bearing No. | UC201-8 |
|---|---|---|---|
| Housing No. | FA201 | Shaft Diameter | 12mm |
| Dimension a | 98mm | Dimension b | 78mm |
| Dimension i | 15mm | Dimension g | 11mm |
| Bolt Size | M8 | Weight | 0.47kg |
Key Advantages
Premium Durability
Manufactured from high-strength materials to withstand heavy loads and extend service life in harsh conditions.
Rapid Installation
The adjustable flange design reduces mounting time and allows for quick, precise alignment without extra tools.
Superior Sealing
Advanced sealing capabilities protect internal components from water, dust, and industrial contaminants.
Operational Stability
Ensures smooth rotation and exceptional stability, minimizing vibration in high-speed conveyor systems.
Low Maintenance
Designed for long-term reliability, significantly reducing downtime and overall maintenance costs.
Wide Application
Ideal for mining, agriculture, and general manufacturing across various shaft diameters and torque needs.
Product Gallery
Management Platforms
Inventory Control
Real-time tracking of UCFA series bearings to ensure zero production delays.
Quality Assurance
Strict adherence to international bearing standards for maximum precision.
Maintenance Alerts
Scheduled monitoring to optimize lubrication and replace worn units proactively.
Technical Support
24/7 expert guidance for installation and torque adjustment of flange units.
Logistics Tracking
Global supply chain management ensuring fast delivery of critical components.
Performance Analytics
Data-driven insights into bearing wear and load capacity for optimization.
Investment Return Comparison
| Performance Metric | Standard Flange Bearing | UCFA201-8 Adjustable |
|---|---|---|
| Installation Time | Standard | Reduced by 40% |
| Maintenance Cycle | Frequent | Extended Duration |
| Contaminant Resistance | Moderate | High (Advanced Seals) |
| Alignment Effort | High/Manual | Low/Adjustable |
| Equipment Downtime | Moderate | Minimized |
Frequently Asked Questions
The UCFA201-8 features a flange design that allows for slight positional adjustments during mounting, ensuring perfect alignment with the shaft without needing to re-drill mounting holes.
It is widely used in agriculture machinery, mining conveyor belts, cement mixers, and general manufacturing assembly lines due to its high load capacity and sealing.
The advanced seals prevent the ingress of dust, water, and grit while retaining lubricant, which drastically reduces internal friction and prevents premature wear.
Yes, the UC201-8 bearing insert is specifically engineered to support significant radial loads, ensuring stability and smooth operation under pressure.
It is designed for low maintenance; however, periodic lubrication via the grease nipple (if applicable) is recommended to ensure peak performance.
Yes, the UCFA201-8 is specifically designed for a shaft diameter of 12mm, providing a secure and precise fit.



