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A2 Stainless Steel Clevis Pin — ISO / DIN (Series 150)

Specifying Clevis Pin — ISO / DIN (Series 150) in A2 Stainless Steel pairs the dimensional form of Clevis Pin — ISO / DIN (Series 150) (ISO / DIN) with the engineering properties of A2 Stainless Steel. This page explains when to choose the grade, how it behaves in service, and which grades to compare it against.

Why Choose A2 Stainless Steel for Clevis Pin — ISO / DIN (Series 150)

The most common stainless grade for indoor and general outdoor fasteners. For clevis pin — iso / din (series 150), this matters when good general corrosion resistance is the primary requirement.

Mechanical & Physical Properties

Grade designationA2-70 (304)
Magnetic responseLargely non-magnetic
Service temperatureapprox. -200 °C to +400 °C
Corrosion characteristicGood general corrosion resistance

Galvanic & Galling Considerations

Two important notes for stainless clevis pin — iso / din (series 150): (1) stainless can gall on stainless threads under load — use a thread lubricant or anti-galling compound, especially for M6 and below; (2) when joined to aluminum or galvanized steel, stainless can drive galvanic corrosion of the less-noble metal in wet service — isolate with a coating or sleeve where appropriate.

Comparable Grades

For Clevis Pin — ISO / DIN (Series 150), the alternative stainless grade is A4 (316). A2 (304) suits general indoor and outdoor service; A4 (316) adds molybdenum for marine and chloride environments. Where higher strength matters more than corrosion, switch to plated alloy-steel class 8.8 or 10.9.

Sizes of Clevis Pin — ISO / DIN (Series 150) Available in A2 Stainless Steel

Nominal diameter (mm)Length L (mm)Head diameter (mm)Cotter pin hole (mm)MaterialReference standard
31651.0Carbon steelISO 2341 / GB/T 882
42071.2Carbon steelISO 2341 / GB/T 882
52581.6Carbon steelISO 2341 / GB/T 882
632101.6Carbon steelISO 2341 / GB/T 882
840122.0Carbon steelISO 2341 / GB/T 882
1050152.5Carbon steelISO 2341 / GB/T 882
1263183.2Carbon steelISO 2341 / GB/T 882
1680224.0Carbon steelISO 2341 / GB/T 882
20100284.0Carbon steelISO 2341 / GB/T 882

Technical Drawing

Customize the parameters below — every spec field is editable, and the drawing redraws to match the values you choose. Changing the size will snap the other fields to that size's standard values; you can then override any individual value.

Sends the selected values to the quote form below.

Request a Quote

Adjust the parameters in the drawing above and click "Request this configuration" to send the exact specification straight to this form.

Request a Quotation

Specification
Business Information

Dimensions & Specifications (ISO / DIN)

Nominal diameter (mm)Length L (mm)Head diameter (mm)Cotter pin hole (mm)MaterialReference standard
31651.0Carbon steelISO 2341 / GB/T 882
42071.2Carbon steelISO 2341 / GB/T 882
52581.6Carbon steelISO 2341 / GB/T 882
632101.6Carbon steelISO 2341 / GB/T 882
840122.0Carbon steelISO 2341 / GB/T 882
1050152.5Carbon steelISO 2341 / GB/T 882
1263183.2Carbon steelISO 2341 / GB/T 882
1680224.0Carbon steelISO 2341 / GB/T 882
20100284.0Carbon steelISO 2341 / GB/T 882

Frequently Asked Questions

Are A2 Stainless Steel Clevis Pin — ISO / DIN (Series 150) magnetic?

A2 Stainless Steel Clevis Pin — ISO / DIN (Series 150) are largely non-magnetic.

What corrosion resistance do A2 Stainless Steel Clevis Pin — ISO / DIN (Series 150) offer?

A2 Stainless Steel Clevis Pin — ISO / DIN (Series 150) provide good general corrosion resistance with a service range of approx. -200 °C to +400 °C.

Should I choose A2 Stainless Steel or A4 (316) for Clevis Pin — ISO / DIN (Series 150)?

For Clevis Pin — ISO / DIN (Series 150), A2 Stainless Steel suits general indoor and outdoor use; A4 (316) is preferred for marine, coastal and chemical environments. Choose by corrosion exposure first.

Can A2 Stainless Steel Clevis Pin — ISO / DIN (Series 150) gall during installation?

Yes — stainless on stainless is prone to thread galling under load, especially at smaller sizes. Use an anti-galling lubricant or wax thread compound, and slow the tightening rate where possible.

How do I request a quotation?

Use the technical drawing on this page to pick the exact configuration, then submit it with the quote form. We respond within one business day.