Moline Bearing Co Metric Bore Size Type E 2 Bolt Pillow Block Bearing
Moline Bearing 2-Bolt Type E Pillow Block Tapered Roller Bearing – Metric Bore Sizes
Moline Bearing’s 2-bolt Type E pillow block tapered roller bearing with metric bore sizes offers industry-leading performance, reliability, and versatility for a wide range of industrial applications. Proudly manufactured in the USA, these heavy-duty bearing units are engineered to meet the demands of high-load, high-speed environments while providing seamless compatibility with metric shafting systems.
Each Type E pillow block is constructed from durable Class 30 cast iron, precision-machined to tight tolerances for superior stability and alignment. The compact housing design minimizes space requirements without sacrificing strength or performance, making Moline pillow blocks ideal for use in space-constrained systems and equipment layouts.
At the core of these units is a tapered roller bearing insert, designed specifically to handle both radial and axial loads. This robust design ensures even load distribution and extended bearing life, even in harsh operating conditions. The two-bolt mounting configuration allows for quick and secure installation, improving productivity in maintenance and OEM assembly environments.
Moline’s metric-size Type E pillow block bearings are widely used across industries such as aggregate processing, mining, construction, agriculture, food processing, and material handling. Their advanced sealing systems protect against dirt, dust, and moisture, while pre-lubrication ensures consistent performance right out of the box.
Engineered for precision, strength, and affordability, Moline Bearing’s Type E units with metric bores meet international standards and are a reliable option for global and domestic manufacturing applications. Whether you're retrofitting existing equipment or building new systems, these bearings deliver maximum uptime and long-term value.
Choose Moline Bearing’s 2-bolt Type E pillow block with metric bore for unmatched quality, compatibility, and performance—built in America, designed for the world.