Ø80/110-70 Spherical Bearing

What is a Spherical Bearing?

A spherical bearing is designed to allow for angular rotation around a central axis. Unlike standard bearings, it can adjust to angular misalignments, which is why it’s often used in applications where pivoting or oscillating movements are common. The Ø80/110-70 variant, specifically, is named after its dimensional specifications: an 80mm bore, 110mm outer diameter, and a 70mm width.

Key Features of the Ø80/110-70 Spherical Bearing

• Angular Misalignment Tolerance: It can handle a significant range of angular movement, making it ideal for applications where alignment precision is challenging.
• High Load Capacity: Designed to support heavy loads, this bearing is robust and durable, ensuring long-lasting performance even in demanding environments.
• Self-Lubricating Options: Some models of the Ø80/110-70 spherical bearing come with self-lubricating features, reducing the need for frequent maintenance.
• Corrosion Resistance: With options for protective coatings, this bearing can withstand harsh environmental conditions, adding to its lifespan.

Applications of the Ø80/110-70 Spherical Bearing

• Automotive Industry: These bearings are used in steering mechanisms, suspensions, and gearboxes due to their capacity to accommodate misalignment while bearing heavy loads.
• Industrial Machinery: They are commonly used in heavy machinery where oscillating or pivoting motions are frequent, such as in hydraulic cylinders, excavators, and cranes.
• Aerospace: The aerospace sector employs these bearings in landing gear, control systems, and other parts that require high precision and load management.
• Marine Industry: Due to their resistance to corrosion and capability to handle large loads, spherical bearings like the Ø80/110-70 are widely used in marine applications.

Benefits of Using the Ø80/110-70 Spherical Bearing

• Improved Flexibility: Allows for movement in multiple directions, making it suitable for various mechanical setups.
• Reduced Wear and Tear: Its ability to handle misalignment minimizes stress on other components, reducing overall wear.
• Enhanced Durability: Built to last, it offers long-term reliability, even in high-stress conditions.
• Cost-Efficiency: Its design helps prevent premature equipment failure, reducing maintenance costs and downtime.