Stainless Steel Clevis Pins

A clevis pin may also be described as a pin fastener, pivot pin or removable pin, depending on the application and supplier terminology. These terms are not always interchangeable because head style, hole configuration, retention method and dimensional requirements can differ. For quotation accuracy, provide the exact drawing, sample or dimensional specification rather than relying only on the name.

Clevis pins can vary by head style, retention feature, diameter, length, material and finish. Common retention arrangements include a cross-hole for a cotter pin, a groove for a retaining ring or another specified securing method. The supplied information does not identify a standard clevis-pin range or catalogue, so available configurations should be confirmed against the required drawing or sample.

Measure the pin diameter, usable length, overall length, head dimensions, retaining-hole or groove location, and any required surface or edge condition. Also identify the mating hole size, fit and functional clearance. For a custom quotation, provide a drawing with datums and critical dimensions, or discuss whether the supplier can support measurement and reverse engineering; that service is not published and must be confirmed.

The supplied company and product information does not publish stainless steel as an available machined-component material. It identifies tool steels including M2, D2, H13 and S5, but specifically states that the broader material range should be confirmed. Stainless steel availability, grade, condition and required finish should therefore be stated in the RFQ and verified with the producing supplier.

Quality FORM Tools publishes support for one-off, prototype and low-to-medium volume machining, including replacement machine parts and specialty components. It operates through a brokered supplier network rather than publishing a standard clevis-pin catalogue. Quantity, geometry, material and inspection requirements should be included with the drawing so the appropriate production route can be evaluated.

Include the drawing or sample, required material and condition, diameter and length, retention-hole or groove details, tolerances, surface finish, edge and burr requirements, quantity and application. If the pin is safety-critical or subject to customer requirements, identify inspection, traceability and certification needs. The producing shop's capabilities and quality documentation should be confirmed before release.