Dimensional data for M36 Self-Locking Counter Nuts to DIN 7967, with the drive and the installation notes for this type.
Values are taken from the governing standard rather than from a general machine-thread table, because this type is not selected on one.
M36 Dimensional Row (DIN 7967)
| Size | od (mm) | id (mm) | Nut height m (mm) | Width across flats s (mm) | t (mm) | Reference standard |
|---|---|---|---|---|---|---|
| M36 | 36 | 32.2 | 9 | 55 | 1.3 | DIN 7967 |
Spanner & Drive for M36 Self-Locking Counter Nuts
Drive geometry for M36 Self-Locking Counter Nuts is given by the row above; match the tool to the listed values.
Tightening Torque for M36
| Class 8.8 (dry, ~µ 0.125) | ≈ 2523 Nm |
|---|---|
| Class 10.9 (dry, ~µ 0.125) | ≈ 3593 Nm |
| Class 12.9 (dry, ~µ 0.125) | ≈ 4204 Nm |
Indicative dry-joint values. Lubrication can lower the required torque by 15–25%. Always confirm against the joint design, especially when going up a strength class.
Proof Load & Strength for M36
Nuts are graded to ISO 898-2 by the proof load the nut itself will hold (classes 04, 05, 5, 6, 8, 10 and 12), not by the 8.8 / 10.9 / 12.9 scale used for bolts. A class-8 nut is the correct mate for a class-8.8 bolt, and the joint is designed on the bolt, so no bolt-tension figure is quoted here.
Installation Tips for M36 Self-Locking Counter 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.
Custom manufacturing · Made to drawing
Need self-locking counter nuts in a size this table does not list?
This page covers M36 self-locking counter nuts. Locking method is specifiable independently of the rest: nylon insert, all-metal deformed thread, serrated flange, or none. Made by cold heading or tapping.
Minimum order from 2,000 pieces; samples within 7 days of drawing approval.
