Stainless Steel Components for Washdown Conveyors

Stainless Steel Ball Transfer Units for Washdown Environments

Ball transfer units with stainless steel balls and stainless steel cases are designed for use in washdown applications where corrosion resistance and cleanability are required. These units maintain structural integrity under frequent exposure to water, cleaning agents, and high-pressure rinsing.

S3 SUS304 and S2 SUS201 Motor Roller Surface Options

Motor rollers are available with S3 SUS304 and S2 SUS201 stainless steel surface finishes. These materials are selected for their resistance to rust and chemical degradation in wet or hygienic environments, such as food processing, pharmaceutical, and beverage production lines.

Material Selection for Corrosion Resistance

SUS304 (S3) offers higher corrosion resistance than SUS201 (S2), making it suitable for more aggressive washdown conditions. SUS201 is used where moderate resistance is sufficient and cost is a factor. Both materials are suitable for environments requiring frequent cleaning with water or sanitizing agents.

Application in Hygienic Conveyor Systems

Stainless steel components are used in conveyor systems where product contact surfaces must be non-reactive and easy to clean. This includes conveyors handling food, pharmaceuticals, or chemicals where contamination control is critical.

Compatibility with Existing Conveyor Tube Dimensions

These stainless steel components are designed to fit standard tube diameters and shaft sizes used in industrial conveyors. They are supplied to match existing system dimensions, allowing direct replacement without redesign.

End Cap and Bearing Matching for Stainless Steel Units

End caps and bearings used with stainless steel ball transfer units and motor rollers are selected to match the tube outside diameter, tube wall thickness, and shaft diameter. This ensures consistent fit and performance across the conveyor system.

Use in High Pressure and Frequent Cleaning Cycles

The stainless steel construction withstands repeated high-pressure washing and sanitizing cycles without degradation. This makes the components suitable for continuous operation in environments where hygiene standards are strictly enforced.