Titanium samples, precision instruments and technical research materials in a laboratory

Titanium technical resource | standards & applications

Titanium Clevis Pins vs Dowel Pins

Compare titanium clevis pins and dowel pins by joint function, retention, fit, dimensions, service and inspection requirements.

  • Standards-aware sourcing guidance
  • Grade and application comparisons
  • Inspection and RFQ considerations

Titanium Clevis Pins vs Dowel Pins

2026-08-11

Titanium clevis pins for aerospace and marine assemblies

A clevis pin forms a removable retained linkage, while a dowel pin primarily locates or aligns mating components. Both can be cylindrical titanium parts, but their heads, cross-holes, fits and service functions differ.

Functional Comparison

ItemClevis pinDowel pin
Primary functionPivot, linkage or removable shear connectionLocation, alignment or controlled retention
RetentionHead plus cross-hole, cotter, clip or approved retainerControlled clearance, transition or interference fit
Critical dimensionsShank, usable length, head and cross-hole positionDiameter limits, length, straightness and end form

Joint and Fit Review

For a clevis connection, define bearing surfaces, permitted rotation, washer stack, retainer and side clearance. For a dowel, define both pin and hole limits, assembly method, removability and datum. In either case, state grade, mating materials, environment, temperature and inspection.

Choose the Pin From Its Function

Compare Titanium Clevis Pins and Titanium Dowel Pins.

FAQ

Can a dowel pin with a drilled hole serve as a clevis pin?

Only if the finished part and complete joint are engineered and accepted as a clevis connection. The drawing must control head, cross-hole, load and retention.

Is a clevis pin normally threaded?

Its defining form is generally an unthreaded shank retained mechanically; any threaded variation requires a drawing-specific definition.

Related Reading

How to Specify Titanium Dowel Pins · Titanium Fastener Purchasing Matrix


WhatsApp