40bd49duk8a 657684 6559496 High Quality Auto Hub Bearing

Product Specifications

Application Suitability

Struggling with Angular Contact Ball Bearing Selection? The 3202 ATN9 Delivers Reliability

Finding the right angular contact ball bearing for your equipment can be a hassle—whether it’s matching dimensions across different brands, ensuring it handles both radial and thrust loads, or dealing with frequent replacements due to poor quality. Many buyers waste time sourcing from multiple suppliers, only to face delays or inconsistent performance. As someone who’s worked with bearing applications in automotive and industrial settings, I know that getting this component right is critical to avoiding costly downtime.

Designed for Dual Load Performance in Demanding Environments

The 3202 ATN9 angular contact ball bearing addresses these challenges with its double-row design and ability to handle both radial and thrust loads—making it ideal for automotive wheel hubs, rolling mill drives, and mining equipment. Our ISO 9001-certified production process ensures each unit meets strict quality standards, while our extensive inventory means you can get the bearings you need without long lead times. Whether you’re replacing a worn bearing or sourcing for a new project, this model’s interchangeable dimensions with major international standards simplify the procurement process.

Optimal Performance in High-Stress Applications

This bearing excels in environments where precision and durability matter most. With a bore diameter of 15mm, outer diameter of 35mm, and width of 15.9mm, it fits standard automotive and industrial assemblies. Its bearing steel construction provides high surface hardness, reducing wear even under heavy loads, while the Z1V1 to Z3V3 vibration grades ensure smooth operation in high-speed applications. Whether your equipment operates in dusty mine sites or temperature-fluctuating rolling mills, the 3202 ATN9 maintains consistent performance.

Engineering Features That Enhance Reliability

Let’s break down the key specifications that make this bearing stand out. The double-row design increases load-carrying capacity compared to single-row alternatives, making it suitable for applications with combined radial and axial forces. The unseparated structure simplifies installation, reducing the risk of improper assembly. Precision ratings from P0 to P2 allow you to choose the right level of accuracy for your needs—from general industrial use (P0) to high-precision machinery (P2). Additionally, the option for grease or oil lubrication provides flexibility based on operating conditions, ensuring optimal friction reduction and heat dissipation.

Why Choosing the Right Bearing Lowers Total Costs

Investing in a quality angular contact ball bearing like the 3202 ATN9 pays off in the long run. Inferior bearings often fail early due to substandard materials or poor manufacturing, leading to unexpected downtime, repair costs, and potential damage to adjacent components. This model’s robust construction and strict quality control minimize these risks, extending equipment life and reducing maintenance frequency. By selecting a bearing that matches your load requirements and precision needs, you avoid the hidden costs of frequent replacements and ensure your operations run smoothly.

Quality You Can Trust, Backed by Rigorous Standards

Packaging & Shipping

• Packaged in cartons with pallets for secure transportation
• Available from rich stocks for immediate dispatch
• Shipping options include express, road, train, air, and sea
• Low minimum order quantity supported for both small and large purchases

Get Your 3202 ATN9 Bearing Quote Today

Ready to secure reliable angular contact ball bearings for your application? Provide us with the model number, required quantity, and delivery destination, and we’ll send you a competitive quote with lead time. Whether you need a single unit or bulk order, we can fulfill your requirements quickly. Don’t let bearing issues slow down your operations—contact us now to get started.

Frequently Asked Questions