32017, 32018, 32019, 32020 Tapered Roller Bearings – High-Load Capacity and Precision Bearings**

Discover our range of tapered roller bearings models 32017, 32018, 32019, and 32020, designed to deliver superior performance in demanding applications. These bearings are built to handle both radial and axial loads, making them suitable for various industrial and automotive uses:

– **32017 Tapered Roller Bearing**:
– **Applications**: Ideal for automotive wheel hubs, large machinery, and high-load industrial equipment.
– **Features**: Tapered roller design for effective radial and axial load support. Precision-manufactured for long-lasting durability and high performance.
– **Benefits**: Enhances equipment reliability and reduces maintenance needs, offering consistent performance in challenging conditions.

– **32018 Tapered Roller Bearing**:
– **Applications**: Suitable for high-speed automotive components, industrial gearboxes, and construction machinery.
– **Features**: Provides robust support for both radial and axial loads with low friction properties. Engineered for high-speed and heavy-duty applications.
– **Benefits**: Improves operational efficiency and reduces maintenance costs, ensuring smooth operation and extending equipment life.

– **32019 Tapered Roller Bearing**:
– **Applications**: Perfect for use in automotive transmissions, heavy machinery, and large gearboxes.
– **Features**: Designed for high radial and axial load capacity with a tapered roller configuration. Built for precision and reliability.
– **Benefits**: Ensures dependable performance under high-load conditions, enhancing machinery efficiency and minimizing downtime.

– **32020 Tapered Roller Bearing**:
– **Applications**: Ideal for high-load industrial equipment, automotive systems, and large-scale gearboxes.
– **Features**: Offers superior load support with a durable tapered roller design. Engineered for high-speed and high-load applications.
– **Benefits**: Delivers consistent performance and extended service life, improving equipment reliability and reducing maintenance intervals.