Bearings Canada
2 Pack UCFL204-12 Pillow Block Bearing, Flange Mount Ball Bearing Unit, 3/4 in Bore, 2-Bolt Flange, Self Aligning Cast Iron Housing, Set Screw Locking Style Flange Pillow Block Bearing
Title
$47.57 CAD
$95.18 CADyou save $47.61 CAD
SKU: VXB0C9LWT8Z3
UPC: 00193019437551
UPC: 00193019437551
2-Pack UCFL204-12 Pillow Block Bearing: 3/4in bore, 2-bolt flange
✔️ 2-Pack, 3/4 in bore, two-bolt flange, double seal housing
✅ 2-bolt flange mounting for secure alignment
✅ Self-aligning cast iron housing to accommodate shaft misalignment
✅ Set screw locking style for firm shaft grip
✅ Double-seal design keeps out dirt and water for longer life
✅ Made from bearing steel for durability in tough environments
✅ Wide use: textiles, motors, CNC tools, aerospace, agriculture, metallurgy, chemical processing
✅ Pack size: 2 bearings per pack for easy stocking
✔️ 2-Pack, 3/4 in bore, two-bolt flange, double seal housing
These UCFL204-12 pillow block bearings come as a 2-pack, flange-mount self-aligning units designed for rugged industrial use. They’re commonly installed in textiles, motors, CNC machine tools, aerospace, agriculture, metallurgy, and chemical processing lines to support rotating shafts with minimal downtime.
✅ 2-Pack UCFL204-12 pillow block bearing with 3/4 in bore (19.05 mm)✅ 2-bolt flange mounting for secure alignment
✅ Self-aligning cast iron housing to accommodate shaft misalignment
✅ Set screw locking style for firm shaft grip
✅ Double-seal design keeps out dirt and water for longer life
✅ Made from bearing steel for durability in tough environments
✅ Wide use: textiles, motors, CNC tools, aerospace, agriculture, metallurgy, chemical processing
✅ Pack size: 2 bearings per pack for easy stocking
💡 What is a pillow block bearing used for?
This handy section explains common roles in machinery and automation. - pillow block bearing used for shaft support in conveyors, motors, CNC machines - handy self-aligning housing helps compensate shaft misalignment and reduce wear - double-seal design shields bearings from dust, moisture, and contaminants