IS 1363-1

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Explore Adfast Components for precision-engineered fasteners, offering hot & cold forged solutions with metric sizes from M3 to M100 for diverse industrial needs.

materials

Carbon Steel

Alloy Steel

Stainless Steel

Super Alloys

Non Ferrous Metal & Alloys

High Performance Nickel Alloys

Copper Alloys

Technical

Specification

Standard

Weight

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Threads
Contact

Home
About
Product
Product

Adfast Components offers precision-engineered hot and cold forged fasteners ranging from M3 to M100, ensuring superior strength and reliability. Designed to meet diverse industrial standards, our components guarantee durability and performance.

Precision Components

Pumps & Valves

Automobile

Customised

Electronic

Medical

Contract Manufacturing

3D Printing & Additive Manufacturing

Fastener

Bolts

Coated Fasteners

Washer

Stud Bolts

Nuts

Screws
Resources
Resources

Explore Adfast Components for precision-engineered fasteners, offering hot & cold forged solutions with metric sizes from M3 to M100 for diverse industrial needs.

materials

Carbon Steel

Alloy Steel

Stainless Steel

Super Alloys

Non Ferrous Metal & Alloys

High Performance Nickel Alloys

Copper Alloys

Technical

Specification

Standard

Weight

Applications

Threads
Contact

Dimensions of IS 1363-1 Preferred Threads

Product grade			l_s and l_g f_g
Thread (d)			M 5		M 6		M 8		M 10		M 12		M 16		M 20
p^a			0.8		1		1.25		1.5		1.75		2		2.5
b ref		a	16		18		22		26		30		38		46
		b	22		24		28		32		36		44		52
		c	35		37		41		45		49		57		65
c		max	0.50		0.50		0.60		0.60		0.60		0.8		0.8
d_a max			6		7.2		10.2		12.2		14.7		18.7		24.4
d_s		max	5.48		6.48		8.58		10.58		12.7		16.7		20.84
d_s		min	4.52		5.52		7.42		9.42		11.3		15.3		19.16
d_w		min	6.74		8.74		11.47		14.47		16.47		22		27.7
e		min	8.63		10.89		14.2		17.59		19.85		26.17		32.95
k		nom.	3.5		4		5.3		6.4		7.5		10		12.5
		max	3.875		4.375		5.675		6.85		7.95		10.75		13.4
		min	3.125		3.625		4.925		5.95		7.05		9.25		11.6
kw^e		min	2.19		2.54		3.45		4.17		4.94		6.48		8.12
r		min	0.2		0.25		0.4		0.4		0.6		0.6		0.8
s		nom = max	8.00		10.00		13.00		16.00		18.00		24.00		30.00
s		min	7.64		9.64		12.57		15.57		17.57		23.16		29.16
A			l_s	l_g	l_s	l_g	l_s	l_g	l_s	l_g	l_s	l_g	l_s	l_g	l_s	l_g
nom	min	max	min	max	min	max	min	max	min	max	min	max	min	max	min	max
25	23.95	26.05	5	9
30	28.95	31.05	10	14	7	12
35	33.75	36.25	15	19	12	17
40	38.75	41.25	20	24	17	22	11.75	18
45	43.75	46.25	25	29	22	27	16.75	23	11.5	19
50	48.75	51.25	30	34	27	32	21.75	28	16.5	24
55	53.5	56.5			32	37	26.75	33	21.5	29	16.25	25
60	58.5	61.5			37	42	31.75	38	26.5	34	21.25	30
65	63.5	66.5					36.75	43	31.5	39	26.25	35	17	27
70	68.5	71.5					41.75	48	36.5	44	31.25	40	22	32
80	78.5	81.5					51.75	58	46.5	54	41.25	50	32	42	21.5	34
90	88.25	91.75							56.5	64	51.25	60	42	52	31.5	44
100	98.25	101.75							66.5	74	61.25	70	52	62	41.5	54
110	108.25	111.75									71.25	80	62	72	51.5	64
120	118.25	121.75									81.25	90	72	82	61.5	74
130	128	132											76	86	65.5	78
140	138	142											86	96	75.5	88
150	148	152											96	106	85.5	98
160	156	164											106	116	95.5	108
180	176	184													115.5	128
200	195.4	204.6													135.5	148
220	215.4	224.6
240	235.4	244.6
260	254.8	265.2
280	274.8	285.2
300	294.8	305.2
320	314.3	325.7
340	334.3	345.7
360	354.3	365.7
380	374.3	385.7
400	394.3	405.7
420	413.7	426.3
440	433.7	446.3
460	453.7	466.3
480	473.7	486.3
500	493.7	506.3

t			l_s and l_g f_g
Thread (d)			M 24		M 30		M 36		M 42		M 48		M 56		M 64
p^a			3		3.5		4		4.5		5		5.5		6
b ref		a	54		66		–		–		–		–		–
		b	60		72		84		96		108		–		–
		c	73		85		97		109		121		137		153
c		max	0.8		0.8		0.8		1.0		1.0		1.0		1.0
d_a max			28.4		35.4		42.4		48.6		56.6		67		75
d_s		max	24.84		30.84		37		43		49		57.2		65.2
d_s		min	23.16		29.16		35		41		47		54.8		62.8
d_w		min	33.25		42.75		51.11		59.95		69.45		78.66		88.16
e		min	39.55		50.85		60.79		71.3		82.6		93.56		104.86
k		nom.	15		18.7		22.5		26		30		35		40
		max	15.9		19.75		23.55		27.05		31.05		36.25		41.25
		min	14.1		17.65		21.45		24.95		28.95		33.75		38.75
kw^e		min	9.87		12.36		15.02		17.47		20.27		23.63		27.13
r min			0.8		1		1		1.2		1.6		2		2
s		nom = max	36.00		46		55.0		65.0		75.0		85.0		95.0
s		min	35.00		45		53.8		63.1		73.1		82.8		92.8
t			l_s	l_g	l_s	l_g	l_s	l_g	l_s	l_g	l_s	l_g	l_s	l_g	l_s	l_g
nom	min	max	min	max	min	max	min	max	min	max	min	max	min	max	min	max
50	48.75	51.25
55	53.5	56.5
60	58.5	61.5
65	63.5	66.5
70	68.5	71.5
80	78.5	81.5
90	88.25	91.75	21	36
100	98.25	101.75	31	46
110	108.25	111.75	41	56	26.5	44
120	118.25	121.75	51	66	36.5	54
130	128	132	55	70	40.5	58
140	138	142	65	80	50.5	68	36	56
150	148	152	75	90	60.5	78	46	66
160	156	164	85	100	70.5	88	56	76	41.5	64
180	176	184	105	120	90.5	108	76	96	61.5	84	47	72
200	195.4	204.6	125	140	110.5	128	96	116	81.5	104	67	92
220	215.4	224.6	132	147	117.5	135	103	123	88.5	111	74	99	55.5	83
240	235.4	244.6	152	167	137.5	155	123	143	106.5	131	94	119	75.5	103
260	254.8	265.2			157.5	175	143	163	128.5	151	114	139	95.5	123	77	107
280	274.8	285.2			177.5	195	163	183	148.5	171	134	159	115.5	143	97	127
300	294.8	305.2			197.5	215	183	203	168.5	191	154	179	135.5	163	117	147
320	314.3	325.7					203	223	188.5	211	174	199	155.5	183	137	167
340	334.3	345.7					223	243	208.5	231	194	219	175.5	203	157	187
360	354.3	365.7					243	263	228.5	251	214	239	195.5	223	177	207
380	374.3	385.7							248.5	271	234	259	215.5	243	197	227
400	394.3	405.7							268.5	291	254	279	235.5	263	217	247
420	413.7	426.3							288.5	311	274	299	255.5	283	237	267
440	433.7	446.3							308.5	331	294	319	275.5	303	257	287
460	453.7	466.3									314	339	295.5	323	277	307
480	473.7	486.3									334	359	315.5	343	297	327
500	493.7	506.3											335.5	363	317	347

Dimensions of IS 1363-1 Non-Preferred Threads

Thread (d)	p^a	b ref			c max	d_a max	d_s		d_w min	e min	k			kw^e min	r min	s
Thread (d)	p^a	b	c	d	c max	d_a max	max	min	d_w min	e min	nom	max	min	kw^e min	r min	nom = max	min
M14	2	34	40	53	0.6	16.7	14.7	13.3	19.15	22.78	8.8	9.25	8.35	5.85	0.6	21.00	20.16
M18	2.5	42	48	61	0.8	21.2	18.7	17.3	24.85	29.56	11.5	12.4	10.6	7.42	0.6	27.00	26.16
M22	2.5	50	56	69	0.8	26.4	22.84	21.16	31.35	37.29	14	14.9	13.1	9.17	0.8	34	33
M27	3	60	66	79	0.8	32.4	27.84	26.16	38	45.2	17	17.9	16.1	11.27	1	41	40
M33	3.5	–	78	91	0.8	38.4	34	32	46.55	55.37	21	22.05	19.95	13.97	1	50	49
M39	4	–	90	103	1	45.4	40	38	55.86	66.44	25	23.95	26.05	16.77	1	60	58.8
M45	4.5	–	102	115	1	52.6	46	44	64.7	76.95	28	26.95	29.05	18.87	1.2	70	68.1
M52	5	–	116	129	1	62.6	53.2	50.8	74.2	88.25	33	31.75	34.25	22.23	1.6	80	78.1
M60	5.5	–	–	145	1	71	61.2	58.8	83.41	99.21	38	36.75	39.25	25.73	2	90	87.8

Specifications and reference standards

^a For other property classes see ISO 898-1
Material		Steel
General Requirements	International Standard	ISO 8992
Thread	Tolerance	8g
Thread	International Standards	ISO 724, ISO 965-1
Mechanical Properties	Property Class^a	d≤ 39mm: 3.6, 4.6, 4.8 d > 39mm: as agreed
Mechanical Properties	International Standard	d≤ 39mm: 3.6, 4.6, 4.8 d > 39mm: as agreed
Tolerances	Product grade	C
Tolerances	International Standard	ISO 4759-1
Finish and/or coating		As Processed Requirements for electroplating are converted in ISO 4042. Requirements for non-electrolytically applied zinc flake coatings are converted in ISO 10683 If different electroplating requirements are desired or if requirements are needed for other finishes, they should be agreed between custom and supplier.
Acceptability		For acceptance procedure, see ISO 3269

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IS 1363-1

Dimensions of IS 1363-1 Preferred Threads

Dimensions of IS 1363-1 Non-Preferred Threads

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