Product Description
PCI’s Stainless steel pulleys are used in numerous locations within a conveyor system such as head positions to drive a belt, or in return/tail, snub, bend and take-up orientations when belt tension and redirection is needed. PCI has developed distinct classes of stainless steel conveyor pulleys that are designed to meet the requirements where proper material selection is critical. Our unique approach to stainless steel conveyor pulleys provides you with stainless steel selection & solutions simplified.
SANITARY CLASS
SUPER CLEAN
EASY CLEAN
EXTRA-VALUE
Product Offering
Sanitary Class
PCI Sanitary Class pulleys are manufactured to meet 3A, USDA and FDA requirements for cleanliness by offering a premium surface finish and intelligent construction for application success in strict sanitary environments.
SURFACE FINISHES:
32 Micro-inches (or Better) on Metal Surfaces
64 Micro-inches on Lagging
HUB TYPES:
Super Clean
PCI Super-Clean pulleys are intended for conveyor applications requiring the benefits of a fully machined pulley where USDA or FDA sanitary compliance is not required. Super Clean pulleys provide maximum cleaning efficiency and general aesthetics.
SURFACE FINISHES:
HUB TYPES:
Easy Clean
PCI Easy-Clean pulleys are intended for conveyor applications where direct food contact is not a primary concern and are designed to provide benefits in cleaning efficiency to the intended application.
SURFACE FINISH:
250 Micro-inches (or Better) on Metal Surfaces
HUB TYPES:
Plain Bore
Welded Through Shaft
Keyed Hubs with Setscrews
ER Style Internal Bearings
Extra Value
PCI Extra-Value pulleys are intended for conveyor applications where sanitary requirements are not a concern. Extra-Value class pulleys provide corrosion resistance and reduced magnetic properties to the intended application.
SURFACE FINISH:
HUB TYPES:
PCI Contoured Integral End Disks
PCI® Contoured Integral End Disks are designed to maximize conveyor pulley life by reducing the risk of failure from end disk fatigue. PCI’s design eliminates the need for a hub-to-disk weld by machining a hub directly into the surface of the end disk. In addition, PCI’s special contour optimizes the surface stress of the end disk by allowing for adequate flexibility not provided by flat disk designs.