Fan bearings (ring oiler type)

Arvis® Fan Bearings are engineered to deliver reliable, long-lasting performance in demanding ventilation and industrial applications. As a trusted fan bearing UK manufacturer, Arvis designs and manufactures robust bearing assemblies that provide dependable shaft support while reducing maintenance requirements and minimising unplanned downtime. Built for continuous operation, these bearings offer an effective alternative to conventional rolling element bearings in environments where reliability is essential.

The SAROE fan bearing range features self-aligning bearing units that wear gradually rather than failing suddenly like rolling element bearings. This predictable wear pattern allows bearing shells to be replaced during scheduled maintenance without dismantling the complete bearing assembly or connected drive system, significantly reducing service time, maintenance costs, and operational disruption.

Available with ring oiler fan bearings, the range provides efficient continuous lubrication bearing performance, enabling reliable operation for extended periods with minimal maintenance. The ring oiler continuously delivers lubricant to the bearing surface, reducing friction, limiting wear, and helping to maximise service life. Manufactured using durable bronze gunmetal fan bearing materials, these assemblies provide excellent resistance to wear and demanding operating conditions.

Designed as dependable self-aligning fan bearing solutions, Arvis Fan Bearings accommodate shaft misalignment while maintaining smooth, efficient operation. They are widely specified as ventilation system bearing housing assemblies for industrial fans, air handling units, exhaust systems, cooling towers, process plants, and power generation facilities. They also perform exceptionally well as industrial fan plummer block units in heavy-duty applications where continuous operation is critical. Combining precision engineering, reliable lubrication, and simplified maintenance, Arvis Fan Bearings deliver exceptional durability, reduced lifecycle costs, and dependable performance in even the most demanding industrial environments.