Product Description
Crown CR 41137 is a factory-sealed, maintenance-free metallic bushing for Crown PTH-50 manual pallet jacks. Designed for use at load-bearing pivot points, this bushing supports reliable operation with permanently lubricated, high-strength alloy steel construction. Compatible with all major PTH-50 hand pallet trucks. Cross-reference part numbers not available via authorized industrial or OEM sources.
Compatibility: Fits pallet jacks made by Crown, model PTH. SKU: CR 41137
Specifications
Material & Construction
| Material Specification | High-strength alloy steel |
Part Numbers
| OEM Part Number | CR 41137 |
| Primary Application | PTH-50 Series Hand Pallet Jack |
| Compatible Models | Crown PTH-50 manual pallet truck |
Frequently Asked Questions
Q: What is the CR 41137 metallic bushing designed for?
A: The CR 41137 is a factory-sealed, maintenance-free metallic bushing for load-bearing pivot points in Crown PTH-50 manual pallet jacks. It supports reliable operation by reducing friction and wear at critical frame articulation points.
Q: What material is the CR 41137 made from?
A: The CR 41137 is constructed from high-strength alloy steel. The bushing is permanently lubricated, eliminating the need for periodic maintenance or oil application.
Q: Which Crown pallet jack models use the CR 41137?
A: The CR 41137 is engineered for Crown PTH-50 series manual pallet jacks and is compatible with all major PTH-50 hand pallet trucks. Verify your specific jack model designation before ordering.
Q: Why is the CR 41137 described as maintenance-free?
A: The CR 41137 is factory-sealed with permanent internal lubrication. This design eliminates the need for scheduled greasing, oil reapplication, or routine maintenance throughout its service life, reducing downtime and maintenance labor.
Q: What is the service life expectancy of the CR 41137?
A: The CR 41137 is engineered as a high-strength, permanently lubricated component designed for extended service life in manual pallet jack applications. The sealed design and alloy steel construction provide durability under normal handling loads. Service life depends on usage frequency and load conditions; eventual wear is expected in high-intensity material handling environments.