Where does the
rod end work?
Every kN a hydraulic cylinder develops passes through one rod end, so the mount's construction has to match the actual force and misalignment, not just the bore size.
Pivot & clevis mounts
An unlined metal-to-metal joint carries full cylinder force. The same race material generally allows higher static stress than a PTFE-lined joint, and inch threads match standard cylinder hardware.
Steering linkages
17-4PH joints hold close to zero play, so the ram moves the wheels or rudder exactly as intended.
Press & clamp alignment
The joint self-aligns and compensates for frame deviation, so force lands evenly across the workpiece.
Waste handling arms
Grit and slurry hit these joints daily. A greasable construction, where the actual part supports it, seals the race and flushes grit; a high-misalignment joint covers the swing.
Choose the contact
system first.
Do not select a joint from the word “stainless” alone. The race or liner changes maintenance and wear behavior.
PTFE-lined (lower-load, low-maintenance mounts)
Useful where routine greasing is undesirable and the mount doesn’t need the maximum static-load reserve of a metal-to-metal joint.
Confirm load before choosing over metal-to-metalMetal-to-metal (pivot & clevis mounts)
The standard choice at the cylinder’s pivot and clevis mount for full force. Confirm the actual lubrication design — grit-handling applications may call for a greasable construction, but only where the part is actually built with a grease fitting.
Confirm construction and grit exposure304, 316L, or 17-4PH
304 is standard. 316L suits seawater and road salt. 17-4PH (H900) suits steering and articulation loads where zero play matters.
Grade follows exposure and loadHigh tonnage finds a weak joint fast, so misalignment, grit, and corrosion all need checking before the cylinder is under load.
Corrosion, contamination, misalignment, and load each need their own check.
| Condition | What to review before specifying |
|---|---|
| Misalignment causing rod bending | Misalignment at the rod-end mount is the leading cause of piston-rod bending and seal failure — confirm the joint’s rated misalignment angle against your cylinder’s actual swing, not just its load rating. |
| Full cylinder force at the pivot | Rate the joint against your actual cylinder bore and working pressure. An unlined metal-to-metal joint generally has more static-load reserve than a PTFE-lined one of the same race material. |
| Grit and slurry on waste-handling arms | Daily grit and slurry exposure calls for a joint that either flushes contamination through a grease fitting or seals it out entirely — confirm which approach the actual part uses before assuming either. |
| Frame deviation at press or clamp mounts | A self-aligning joint compensates for frame deviation so force lands evenly across the workpiece — check that the joint’s misalignment range actually covers your frame’s real tolerance stack-up. |
| Seawater or road salt exposure | 316L is the better choice for seawater and road salt exposure. 304 is standard duty for a dry, indoor application — tell us your environment and we’ll confirm the grade. |
Tell us where
the joint lives.
The most useful enquiry contains the real geometry and environment around the joint, not only a nominal bore size.
- ApplicationPivot or clevis mount, steering or articulation linkage, press or clamp alignment, waste handling arm, or other
- MotionOscillation angle, cycle frequency, speed, and stop-to-stop travel
- LoadPeak radial load, axial component, vibration, and shock
- EnvironmentHeat, dust, washdown chemistry, salt spray, or submersion exposure
- InterfaceBore, pin diameter, body width, bracket width, spacer, and mounting height
- ThreadMale or female, metric or inch, right- or left-hand, engagement length
- MaterialHousing, ball, race/liner, fastener, and adjacent bracket materials
- DocumentsDrawing, sample, original part number, quantity, and required finish
Misalignment fails the joint before overload does.
A rod end sized correctly for cylinder force can still fail early from misalignment it wasn’t rated for. Confirm the swing angle and frame tolerance alongside the load.
Before you
place the order.
Use these questions to turn an application description into an engineering review.
Why does misalignment matter more than raw load here?
Misalignment at the rod-end mount is the leading cause of piston-rod bending and seal failure, ahead of simple overload. Confirm the joint’s rated misalignment angle against your cylinder’s actual swing before finalizing the load rating.
Is the pivot-mount joint greasable?
Confirm the actual part before assuming so. Grit-handling applications like waste arms can call for a greasable construction, but only where the specific part is built with a grease fitting — tell us the model and we’ll confirm.
Do you supply inch threads for standard cylinder hardware?
Yes — inch threads are available alongside metric, matching standard cylinder hardware. Tell us your rod thread spec and we’ll confirm the match.
What should I send for a hydraulic cylinder rod end?
Send the cylinder bore and working pressure. We rate the joint against that force instead of guessing, and machine the thread to your rod spec.