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Nuts · ISO 7042 / DIN 980

M36 All-Metal Lock Nuts Dimensions & Specifications

M36 All-Metal Lock Nuts Dimensions & Specifications reference image

M36 All-Metal Lock Nuts (ISO 7042 / DIN 980) are specified by thread size, length and head dimensions. The M36 row from the standard is reproduced below, followed by the drill sizes, spanner size and torque values used when installing this size.

M36 Dimensional Row (ISO 7042 / DIN 980)

SizePitch (mm)Width across flats s (mm)Nut height m (mm)Reference standardNotes
M364.055.036.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable

Spanner & Drive for M36 All-Metal Lock Nuts

Drive geometry for M36 All-Metal Lock Nuts is given by the row above; match the tool to the listed values.

Common Applications for M36 All-Metal Lock Nuts

M36 All-Metal Lock Nuts are commonly specified for structural joints, flange connections and heavy equipment foundations.

Installation Tips for M36 All-Metal Lock Nuts

  • At M36 the stretch in the bolt becomes the controlling factor — for critical joints, use angle-controlled or stretch-controlled tightening instead of pure torque.

Mating Parts for M36

Pair M36 with the matching M36 bolt or screw, plus a M36 flat washer where required to distribute load on softer materials.

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.

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Specification
Business Information

Dimensions & Specifications (ISO 7042 / DIN 980)

SizePitch (mm)Width across flats s (mm)Nut height m (mm)Reference standardNotes
M50.88.06.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M61.010.07.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M81.2513.09.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M101.516.011.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M121.7518.013.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M142.021.015.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M162.024.017.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M182.527.019.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M202.530.021.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M243.036.024.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M303.546.030.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable
M364.055.036.0ISO 7042 / DIN 980Deformed-top locking, high-temperature capable

Frequently Asked Questions

What clearance and tapping drill suit M36?

Use a 39 mm clearance hole (ISO 273 medium) for through-fixing, or a 32 mm tapping drill for a coarse M36 thread.

Should M36 All-Metal Lock Nuts be tightened by torque or by angle?

For critical structural joints at M36, angle-controlled or stretch-controlled tightening is more repeatable than pure torque — the friction scatter at large diameters can dominate the torque signal.

What grip range is typical for M36 structural bolts?

Grip ranges are highly application-dependent at M36. As a guide, choose a length that gives at least 1× the thread diameter engagement in the nut plus 2–3 thread pitches projecting.

What is the height of an M36 nut?

The nominal height of a style-1 ISO 4032 M36 nut is in the spec table on this page. Style-2 (thick) is approximately 1.1× this height; thin (ISO 4035 / DIN 439) is approximately 0.5×.

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.