New Year Sale Fag 22312e1k X-life Spherical Roller Bearing (ahx2312 Withdrawal Sleeve) 55x130x46mm Save 90% + Free Ship [49JSxYEb]

FAG 22312E1K X-life Spherical Roller Bearing

Discover the superior engineering of the FAG 22312E1K X-life Spherical Roller Bearing, designed for precision and reliability. This bearing, with its robust construction and advanced technology, is perfect for applications requiring high load capacities and minimal friction. The FAG X-life series is renowned for its extended service life, ensuring long-term performance and reduced maintenance costs.

• Extended Service Life: The FAG X-life series features high-quality materials and advanced heat treatment, resulting in longer service life and reduced downtime.
• Accommodates Angular Misalignment: This bearing's spherical design allows it to accommodate angular misalignment, making it ideal for applications with uneven loads or misaligned shafts.

Technical Specifications and Properties

The FAG 22312E1K X-life Spherical Roller Bearing boasts exceptional technical specifications that make it a top choice for industrial applications. With an outer diameter of 130mm, an inner diameter of 55mm, and a width of 46mm, it offers a perfect balance of size and strength. The withdrawal sleeve (AHX2312) provides easy mounting and dismounting, ensuring hassle-free installation.

• Outer Diameter: 130mm
• Inner Diameter: 55mm
• Width: 46mm
• Withdrawal Sleeve: AHX2312

Applications and Benefits

The FAG 22312E1K X-life Spherical Roller Bearing is a versatile solution for a wide range of applications, including heavy-duty machinery, construction equipment, and industrial automation. Its ability to handle both radial and thrust loads, along with its high load-carrying capacity, makes it an excellent choice for demanding environments.

• Heavy-Duty Machinery: Ideal for machinery that requires high load capacity and minimal friction.
• Construction Equipment: Perfect for applications with angular misalignment and uneven loads.
• Industrial Automation: Ensures smooth and reliable operation in automated systems.