Find the right metric heim rod ends for automotive, robotics, or machinery applications. This guide highlights five top options, focusing on bore size, thread type, misalignment capacity, and load ratings. It helps buyers choose based on whether they need male or female threads, higher static or dynamic loads, or tighter angular freedom. The listed products are suited for different project scopes—from compact linkages to larger control arms.
| Product | Bore / Thread | Angular Misalignment | Static Load | Dynamic Load |
|---|---|---|---|---|
| SA8T/K Rod End | 8mm bore, M8x1.25 right-hand male | 14° | 12.9 kN | 11.6 kN |
| SI6T/K Rod End | 6mm bore, M6x1.0 right-hand female | 13° | 7.65 kN | 7.2 kN |
| SA6T/K Rod End | 6mm bore, M6x1.0 right-hand male | 13° | 7.65 kN | 7.2 kN |
| POS12 Rod End | 12mm bore, M12x1.75 right-hand male | 13° | 17.0 kN | 13.4 kN |
| PHS6 Rod End | 6mm bore, M6x1.0 right-hand female | 13° | 7.2 kN | 4.3 kN |
Summary: The SA8T/K offers the highest dynamic capacity among the 8–6 mm options, while POS12 provides the strongest static and overall load capability for larger linkages. The SI6T/K, SA6T/K, and PHS6 lines share common 6 mm bore options, with male or female threads affecting installation flexibility. For higher misalignment tolerance in compact spaces, the 8 mm SA8T/K is a strong choice; for heavy-duty applications, POS12 stands out. Review the table and choose based on bore, thread direction, and required strength.
SA8T/K Rod End Bearing – 8mm Bore
Brand: HIPICCO Store. Size: 8mm bore, M8x1.25 right-handed male thread. Maximum angular misalignment: 14°. Material: carbon steel body with white zinc plating; hardened chrome-plated steel ball for wear resistance. Static load: 12.9 kN; dynamic load: 11.6 kN. This model is best for projects needing a strong, compact right-hand thread joint with jam nuts for secure fastening. Suitable for compact assemblies where higher misalignment tolerance is required. Caution: greater bore demands slightly larger mounting points; ensure compatible housing.
SI6T/K Rod End Bearing – 6mm Bore, Female Thread
Brand: HIPICCO Store. Size: 6mm bore, M6x1.0 right-handed female thread. Maximum angular misalignment: 13°. Material: carbon steel with white zinc plating; chrome-plated ball. Static load: 7.65 kN; dynamic load: 7.2 kN. Best for smaller linkages requiring female-threaded mounting with jam nuts for secure installation. Limitation: lower load rating compared to larger bore options; verify structural requirements before use.
SA6T/K Rod End Bearing – 6mm Bore, Male Thread
Brand: HIPICCO Store. Size: 6mm bore, M6x1.0 right-handed male thread. Maximum angular misalignment: 13°. Material: carbon steel with white zinc plating; hardened chrome-plated steel ball. Static load: 7.65 kN; dynamic load: 7.2 kN. Best for compact, male-threaded joints in small machinery where jam nut security is important. Caution: same 6 mm bore as SI6T/K but different thread gender—ensure compatibility with mating components.
POS12 Rod End Bearing – 12mm Bore, Male Thread
Brand: HIPICCO Store. Size: 12mm bore, M12x1.75 right-handed male thread. Maximum angular misalignment: 13°. Material: carbon steel with white zinc plating; chrome-plated steel ball. Static load: 17 kN; dynamic load: 13.4 kN. Best for medium-to-large assemblies needing higher strength and larger bore. Choose this if your linkage requires a robust, heavy-duty joint. Limitation: bulkier footprint may demand more space in tight installations.
PHS6 Rod End Bearing – 6mm Bore, Female Thread
Brand: HIPICCO Store. Size: 6mm bore, M6x1.0 right-handed female thread. Maximum angular misalignment: 13°. Material: carbon steel with white zinc plating; chrome-plated steel ball. Static load: 7.2 kN; dynamic load: 4.3 kN. Best for lighter loads in compact asymmetrical linkages requiring female-threaded joints. Caution: dynamic capacity is notably lower than larger options; verify cycle life expectations for dynamic applications.
Buying Guide: Key Purchase Considerations
- Bore size and thread type: Choose based on mating component availability and space. Larger bores offer higher loads but require more room.
- Thread direction: Right-hand threads are most common; verify male vs. female requirements for reliable assembly.
- Misalignment tolerance: Higher degrees allow smoother movement in dynamic systems. Match to expected angular variation in your design.
- Load requirements: Distinguish static versus dynamic loads. Dynamic loads are often the critical factor in motion assemblies.
- Material and corrosion protection: Carbon steel with white zinc plating provides wear resistance; consider environment (moist, dusty, or chemical exposure).
- Mounting hardware compatibility: Ensure jam nuts and mounting surfaces fit the rod end geometry and torque requirements.
FAQ
- What bore size should I choose for a compact linkage?
– For compact linkages, 6 mm bore options (M6x1.0) are common; they fit smaller assemblies but check load needs. - When is a larger 12 mm bore better?
– For higher load and stiffness requirements, a 12 mm bore like POS12 offers greater static and dynamic capacities. - Should I pick male or female threads?
– Choose based on mating parts; male threads (shaft end) for certain arms, female threads for embedded housings or joints. - What is the practical impact of misalignment rating?
– Higher misalignment tolerance reduces binding in movement but may require larger joints or housings.