Built Tough Flat Thrust Needle Roller Bearing With Precision Cage Assembly For Reliable Axial Load Handling And Smooth Daily Grind Operation In Compact Setup

通常価格 63.95 セール価格156.0092.05の節約
Product ID: 1237-5003
UPC:





Reliable Thrust Needle Roller Bearing For Heavy Axial Loads
✔️ Low Profile AXK Thrust Roller Supports One Way Axial Load

This AXK thrust needle roller and cage assembly delivers dependable support for axial forces in machinery setups requiring a compact footprint. You get precise roller guidance through a hardened formed cage to keep operation smooth during heavy daily use. The low-profile design fits easily between flat machining surfaces or pairs with compatible thrust washers when your shaft shoulder needs extra reinforcement. These units handle directional loads reliably in gearboxes, pump assemblies, transmission housings, industrial machines, and automation cells where consistent axial restraint drives performance.

✅ Axial load capacity in one direction only via flat needle rollers
✅ Precision-formed metal cage retains and guides multiple rollers
✅ Ultra-low height design conserves space in tight mechanical layouts
✅ Requires matching raceway finish or use with approved thrust washers
✅ Ideal selection for indexing tables, packaging lines, and transmission modules

💡 What Are Thrust Needle Rollers Used For?
These compact assemblies are handy for hauling axial loads in tight spots where bigger units wont squeeze in. You get steady directional control without adding drag to your moving parts. Grab the matching thrust washers if your shaft face needs help hardening or finishing straight off the bench. Keep those mating zones flat and clean so the rollers glide smooth day after day.
- Flat needle rollers pack high thrust capacity into minimal height for cramped builds
- Pre-formed cage locks rollers in place to prevent spin-off under heavy shock loads
- Install compatible washers when housing surfaces fall short on hardness or grind quality
- Maintain parallel alignment across contact zones to spread weight evenly across all elements

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