All Rod Ends, Linkages, Bearings & Hardwares
Browse rod ends, linkages, bearings, ball joints, spacers, bushings, and fabrication hardware across the SYZ catalogue. Compare dimensions, materials, and product details, then use the series navigation page to move into focused specification tables and technical drawings before requesting a quote.
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Tell us the dimensional target, material preference, and application constraints. We’ll help match or develop the right solution.
Ask for Custom SupportChoose the Right Component for the Complete Linkage
The SYZ Rod Ends product hub brings together rod ends, spherical bearings, ball joints, spacers, clevises, bushings, linkage rods, adjusters, and fabrication hardware in one searchable catalogue. Use the product cards as a starting point, then open the individual product page to review the available dimensions, material information, images, and technical references. A part that looks similar by thread size may behave differently once bore, body width, misalignment, race construction, and surrounding bracket geometry are considered.
Start with the connection and movement
Threaded rod ends are commonly used for adjustable push-pull connections, control linkages, suspension links, actuator interfaces, and compact mechanical assemblies. Inch and metric families can include male or female threads, right-hand or left-hand configurations, lined races, metal-to-metal races, stainless options, aluminum bodies, and heavier chromoly or carbon-steel constructions. Select the family by the actual load path and movement first. Check whether the joint needs angular misalignment, controlled oscillation, low maintenance, corrosion resistance, or a replaceable configuration.
Spherical plain bearings are useful when a bearing element is installed into a separate housing, bracket, arm, or cylinder eye. Small ball joints and compact linkage products address packaging-sensitive control mechanisms, while clevises and rod eyes suit more defined pinned connections. Spacers, studs, tube adapters, jam nuts, turnbuckles, and linkage adjusters complete the surrounding assembly by controlling stack width, thread engagement, center distance, and service adjustment.
Race and body construction should be matched to the service environment. A self-lubricating lined race can reduce routine relubrication at the sliding interface, but it still requires inspection and a defined replacement limit. Metal-to-metal designs may suit different load, temperature, or maintenance conditions and should be reviewed with the correct lubrication plan. Aluminum can reduce assembly weight, while steel and chromoly options may be better suited to higher structural demand. Coating, stainless construction, sealing, and access for inspection all matter when the joint is exposed to moisture, dust, salt, vibration, or repeated reversal.
Prepare the information needed for a reliable match
For a replacement request, provide the existing part number, bore or pin size, thread specification, right- or left-hand thread direction, overall length, mounting width, and any available drawing or sample. For a new OEM or fabrication project, also include peak and working load, oscillation angle, cycle rate, temperature, dust or water exposure, preferred material and finish, lubrication or inspection expectations, and the required quantity. These details help separate a standard catalogue candidate from a drawing-based customization review.
After narrowing the product family, use the quote list to collect several candidate parts in one request. SYZ can review the interface, clarify the available specification route, and discuss material, finish, packaging, inspection, and custom dimensions against the application. The final selection should be confirmed against the complete assembly duty rather than thread size alone.