DIN 939 Studs | McMaster-Carr

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135 Products

Threaded on Both Ends Setup Studs

Known as setup studs, these studs withstand sideways forces better than fully threaded studs because they have a strong unthreaded middle. The unthreaded middle also makes more contact with unthreaded holes, creating better alignment than a fully threaded stud.

Steel

Image of Product. Front orientation. Contains Annotated. Setup Studs.

DIN 939—Studs that meet DIN standards meet dimensional and material requirements.

	Thread, mm
	Lg. (A)	Lg. (B)	Lg., mm	Tensile Strength, psi	Specs. Met		Each
M6 × 1 mm


		11	6	23.5	116,000	DIN 939	000000000	00000
		15	6	27.5	116,000	DIN 939	000000000	0000
		18	6	37.5	116,000	DIN 939	000000000	0000
		18	6	47.5	116,000	DIN 939	000000000	0000
		18	6	57.5	116,000	DIN 939	000000000	0000

		M8 × 1.25 mm


				14	8	30	116,000	DIN 939	000000000	0000
				19	8	35	116,000	DIN 939	000000000	0000
				22	8	50	116,000	DIN 939	000000000	0000
				22	8	60	116,000	DIN 939	000000000	0000
				22	8	70	116,000	DIN 939	000000000	0000

				M10 × 1.5 mm


						18	10	37	116,000	DIN 939	000000000	0000
						26	10	62	116,000	DIN 939	000000000	0000
						26	10	72	116,000	DIN 939	000000000	0000
						26	10	92	116,000	DIN 939	000000000	0000

						M12 × 1.75 mm


								23	13	45	116,000	DIN 939	000000000	0000
								30	13	65	116,000	DIN 939	000000000	0000
								30	13	75	116,000	DIN 939	000000000	0000
								30	13	95	116,000	DIN 939	000000000	0000
								30	13	115	116,000	DIN 939	000000000	0000

								M16 × 2 mm


										27	18	55	116,000	DIN 939	000000000	0000
										38	18	70	116,000	DIN 939	000000000	0000
										38	18	85	116,000	DIN 939	000000000	0000
										38	18	100	116,000	DIN 939	000000000	0000
										38	18	120	116,000	DIN 939	000000000	0000

Black-Oxide Steel

Black-oxide steel studs resist rusting in dry environments.

DIN 939—Studs that meet DIN standards meet dimensional and material requirements.

	Thread, mm
	Lg. (A)	Lg. (B)	Lg., mm	Tensile Strength, psi	Specs. Met		Each
M6 × 1 mm


		20	20	50	125,000	DIN 939	000000000	00000
		27	27	80	125,000	DIN 939	000000000	0000
		31	31	110	125,000	DIN 939	000000000	0000
		35	35	175	125,000	DIN 939	000000000	0000

		M8 × 1.25 mm


				20	20	50	125,000	DIN 939	000000000	0000
				20	20	65	125,000	DIN 939	000000000	0000
				27	27	80	125,000	DIN 939	000000000	0000
				31	31	95	125,000	DIN 939	000000000	0000
				31	31	110	125,000	DIN 939	000000000	0000
				35	35	140	125,000	DIN 939	000000000	0000
				35	35	150	125,000	DIN 939	000000000	0000
				35	35	175	125,000	DIN 939	000000000	0000
				35	35	200	125,000	DIN 939	000000000	0000

				M10 × 1.5 mm


						20	20	50	125,000	DIN 939	000000000	0000
						20	20	65	125,000	DIN 939	000000000	0000
						27	27	80	125,000	DIN 939	000000000	0000
						31	31	95	125,000	DIN 939	000000000	0000
						35	35	110	125,000	DIN 939	000000000	0000
						35	35	125	125,000	DIN 939	000000000	0000
						35	35	140	125,000	DIN 939	000000000	0000
						35	35	150	125,000	DIN 939	000000000	0000
						35	35	175	125,000	DIN 939	000000000	0000
						35	35	200	125,000	DIN 939	000000000	0000

						M12 × 1.75 mm


								20	20	50	125,000	DIN 939	000000000	0000
								20	20	65	125,000	DIN 939	000000000	0000
								27	27	80	125,000	DIN 939	000000000	0000
								31	31	95	125,000	DIN 939	000000000	0000
								39	39	110	125,000	DIN 939	000000000	0000
								39	39	125	125,000	DIN 939	000000000	0000
								39	39	140	125,000	DIN 939	000000000	0000
								39	39	150	125,000	DIN 939	000000000	0000
								39	39	175	125,000	DIN 939	000000000	0000
								39	39	200	125,000	DIN 939	000000000	0000

								M16 × 2 mm


										21	21	80	125,000	DIN 939	000000000	0000
										31	31	95	125,000	DIN 939	000000000	0000
										47	47	110	125,000	DIN 939	000000000	0000
										47	47	125	125,000	DIN 939	000000000	0000
										47	47	150	125,000	DIN 939	000000000	0000
										47	47	175	125,000	DIN 939	000000000	0000
										47	47	200	125,000	DIN 939	000000000	0000
										47	47	250	125,000	DIN 939	000000000	00000
										47	47	300	125,000	DIN 939	000000000	0000

										M20 × 2.5 mm


27												27	80	125,000	DIN 939	000000000	0000
31	31											95	125,000	DIN 939	000000000	0000
47	47											110	125,000	DIN 939	000000000	0000
55	55											125	125,000	DIN 939	000000000	0000
55	55											150	125,000	DIN 939	000000000	0000
55	55											175	125,000	DIN 939	000000000	00000
55	55											200	125,000	DIN 939	000000000	00000

M24 × 3 mm


		39	39									100	125,000	DIN 939	000000000	00000
		55	55									125	125,000	DIN 939	000000000	00000
		63	63									150	125,000	DIN 939	000000000	00000

18-8 Stainless Steel

18-8 stainless steel studs have good chemical resistance and resist rusting in humid, damp, and washdown areas. They may be mildly magnetic.

DIN 939—Studs that meet DIN standards meet dimensional and material requirements.

	Thread, mm
	Lg. (A)	Lg. (B)	Lg., mm	Tensile Strength, psi	Specs. Met		Each
M6 × 1 mm


		10	8	23.5	70,000	DIN 939	000000000	00000
		14	8	27	70,000	DIN 939	000000000	0000
		18	8	32	70,000	DIN 939	000000000	0000
		18	8	37	70,000	DIN 939	000000000	0000
		18	8	42	70,000	DIN 939	000000000	0000
		18	8	47	70,000	DIN 939	000000000	0000
		18	8	57	70,000	DIN 939	000000000	0000
		18	8	67	70,000	DIN 939	000000000	0000

		M8 × 1.25 mm


				14	10	30	70,000	DIN 939	000000000	0000
				19	10	35	70,000	DIN 939	000000000	0000
				22	10	40	70,000	DIN 939	000000000	0000
				22	10	45	70,000	DIN 939	000000000	0000
				22	10	55	70,000	DIN 939	000000000	0000
				22	10	60	70,000	DIN 939	000000000	0000
				22	10	65	70,000	DIN 939	000000000	0000
				22	10	70	70,000	DIN 939	000000000	0000

				M10 × 1.5 mm


						13	12	32	70,000	DIN 939	000000000	0000
						18	12	37	70,000	DIN 939	000000000	0000
						23	12	42	70,000	DIN 939	000000000	0000
						26	12	47	70,000	DIN 939	000000000	0000
						26	12	57	70,000	DIN 939	000000000	0000
						26	12	62	70,000	DIN 939	000000000	0000

316 Stainless Steel

316 stainless steel studs resist corrosion from chemicals and salt water better than 18-8 stainless steel studs. They may be mildly magnetic.

DIN 939—Studs that meet DIN standards meet dimensional and material requirements.

	Thread, mm
	Lg. (A)	Lg. (B)	Lg., mm	Tensile Strength, psi	Specs. Met		Each
M6 × 1 mm


		11	8	23.5	70,000	DIN 939	00000000	00000
		15	8	27	70,000	DIN 939	00000000	0000
		18	8	32	70,000	DIN 939	00000000	0000
		18	8	37	70,000	DIN 939	00000000	0000
		18	8	42	70,000	DIN 939	00000000	0000
		18	8	47	70,000	DIN 939	00000000	0000
		18	8	52	70,000	DIN 939	00000000	0000
		18	8	57	70,000	DIN 939	00000000	0000
		18	8	67	70,000	DIN 939	00000000	0000

		M8 × 1.25 mm


				14	10	30	70,000	DIN 939	00000000	0000
				19	10	35	70,000	DIN 939	00000000	0000
				22	10	40	70,000	DIN 939	00000000	0000
				22	10	45	70,000	DIN 939	00000000	0000
				22	10	50	70,000	DIN 939	00000000	0000
				22	10	55	70,000	DIN 939	00000000	0000
				22	10	60	70,000	DIN 939	00000000	0000
				22	10	65	70,000	DIN 939	00000000	0000
				22	10	70	70,000	DIN 939	00000000	0000

				M10 × 1.5 mm


						13	12	32	70,000	DIN 939	00000000	0000
						18	12	37	70,000	DIN 939	00000000	0000
						23	12	42	70,000	DIN 939	00000000	0000
						26	12	47	70,000	DIN 939	00000000	0000
						26	12	52	70,000	DIN 939	00000000	0000
						26	12	57	70,000	DIN 939	00000000	0000
						26	12	62	70,000	DIN 939	00000000	0000

Vibration-Resistant Threaded on Both Ends Setup Studs

Also known as tap-end studs, inch setup studs have Class 5 friction-fit threads on one end to resist loosening and Class 2A standard threads on the other end for attaching a nut. Metric setup studs have Class SK6 friction-fit threads on one end to resist loosening and Class 6g standard threads on the other end for attaching a nut. They are ideal for machining applications where vibration can loosen clamps. They withstand sideways forces better than fully threaded studs because they have an unthreaded middle that is stronger than the threaded ends. The unthreaded middle also makes more contact with unthreaded holes, creating better alignment than a fully threaded stud. Remove studs with pliers to reuse them.

Steel

Image of Product. Front orientation. Contains Annotated. Setup Studs. Vibration Resistant.

DIN 939—Studs that meet DIN standards meet dimensional and material requirements.

	Thread
	Lg. (A), mm	Lg. (B), mm	Fit (A)	Fit (B)	Lg., mm	Tensile Strength, psi	Specs. Met		Each
M8 × 1.25 mm


		8	18	Metric Interference Sk6	Metric Class 6g	35	120,000	DIN 939	000000000	00000
		8	22	Metric Interference Sk6	Metric Class 6g	45	120,000	DIN 939	000000000	0000
		8	22	Metric Interference Sk6	Metric Class 6g	60	120,000	DIN 939	000000000	0000
		8	22	Metric Interference Sk6	Metric Class 6g	70	120,000	DIN 939	000000000	0000

		M10 × 1.5 mm


				10	18	Metric Interference Sk6	Metric Class 6g	37	120,000	DIN 939	000000000	0000
				10	23	Metric Interference Sk6	Metric Class 6g	42	120,000	DIN 939	000000000	0000
				10	26	Metric Interference Sk6	Metric Class 6g	52	120,000	DIN 939	000000000	0000
				10	26	Metric Interference Sk6	Metric Class 6g	62	120,000	DIN 939	000000000	0000

				M12 × 1.75 mm


						12	17	Metric Interference Sk6	Metric Class 6g	40	120,000	DIN 939	000000000	0000
						12	27	Metric Interference Sk6	Metric Class 6g	50	120,000	DIN 939	000000000	0000
						12	30	Metric Interference Sk6	Metric Class 6g	60	120,000	DIN 939	000000000	0000
						12	30	Metric Interference Sk6	Metric Class 6g	70	120,000	DIN 939	000000000	0000