Click Specification

Helical Springs Made From Round Wire; Cold Coiled Compression Springs above and Including 0.5 mm Wire Diameter

DIN 2098-1 - 1968

Display drawing:

Calculate weight and price. Weight 1000 pcs : kg x $ per kg = $ 1000 pcs

Default density g/cm³

Nominal Diameter
d

0.5
× 6.3

0.5
× 5

0.5
× 4

0.5
× 3.2

0.5
× 2.5

0.63
× 8

0.63
× 6.3

0.63
× 5

0.63
× 4

0.63
× 3.2

0.8
× 10

0.8
× 8

0.8
× 6.3

0.8
× 5

D	Average coil diameter
P_n	Highest permissible spring force in kp
D₀	Mandrel diameter	max
D_h	Sleeve diameter	min
L₀	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
L_n	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5
f_n	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
c	Number of spring turns:3.5	Federate in kp/mm
	Number of spring turns:5.5	Federate in kp/mm
	Number of spring turns:8.5	Federate in kp/mm
	Number of spring turns:12.5	Federate in kp/mm
	Number of spring turns:18.5	Federate in kp/mm
per 1000 units≈kg	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5

6.3	5	4	3.2	2.5	8	6.3	5	4	3.2	10	8	6.3	5
0.67	0.82	0.95	1.02	1.06	1.02	1.27	1.58	1.75	2.14	1.57	1.99	2.45	2.65
5.3	4	3.1	2.4	1.7	6.8	5.1	3.9	3	2.3	8.6	6.6	5	3.8
7.5	6.2	5	4.1	3.4	9.4	7.6	6.1	5	4.2	11.6	9.6	7.7	6.3
13.5	9.4	7	5.5	4.4	16	11.5	8.5	6.7	5.5	20	14.5	10.5	8.3
20	14	10	7.9	6.1	24.5	17	12.5	9.6	7.8	30	21.5	15.5	12
30	20.5	15	11.5	8.7	37	25.5	18.5	14	11	45.5	32	23	17.5
44	30	21.5	16	12	55	36.5	26	20	15.5	66	47	33	24.5
65	44.5	31	23.5	17.5	80.5	54	38.5	29	22.5	96.5	68	48	36
4.3	3.9	3.7	3.7	3.5	5.1	4.6	4.3	4.3	4	6.9	6.1	5.6	5.6
6	5.4	5.1	5.1	4.7	7.1	6.2	5.8	5.8	5.4	9.8	8.4	7.7	7.7
8.7	7.6	7.1	7.1	6.5	10.2	8.9	8.2	8.2	7.5	14.3	12	10.9	10.9
12.2	10.6	9.8	9.8	9	14.3	12.3	11.3	11.3	10.3	19.9	16.7	15.1	15.1
17.4	15.1	14	14	12.8	20.6	17.7	16.2	16.2	14.7	28.5	23.8	21.5	21.5
9.2	5.5	3.3	1.8	0.9	10.9	6.9	4.2	2.4	1.5	13.1	8.4	4.9	2.7
14	8.6	4.9	2.8	1.4	17.4	10.8	6.7	3.8	2.4	20.2	13.1	7.8	4.3
21.3	12.9	7.9	4.4	2.2	26.8	16.6	10.3	5.8	3.5	31.2	20	12.1	6.6
31.8	19.4	11.7	6.2	3	40.7	24.2	14.7	8.7	5.2	46.1	30.3	17.9	9.4
47.6	29.4	17	9.5	4.7	59.9	36.3	22.3	12.8	7.8	68	44.2	26.5	14.5
0.074	0.149	0.289	0.568	1.18	0.091	0.187	0.376	0.73	1.43	0.122	0.237	0.486	0.972
0.047	0.095	0.185	0.36	0.757	0.058	0.119	0.24	0.464	0.908	0.077	0.151	0.309	0.619
0.031	0.062	0.119	0.233	0.489	0.038	0.077	0.155	0.3	0.588	0.05	0.098	0.2	0.4
0.021	0.042	0.081	0.159	0.333	0.025	0.052	0.105	0.204	0.401	0.034	0.066	0.136	0.272
0.014	0.028	0.055	0.107	0.225	0.017	0.035	0.071	0.138	0.27	0.023	0.045	0.092	0.184
0.168	0.133	0.107	0.085	0.067	0.338	0.266	0.211	0.169	0.135	0.682	0.545	0.43	0.341
0.229	0.182	0.145	0.116	0.091	0.461	0.363	0.288	0.231	0.185	0.93	0.744	0.586	0.465
0.32	0.254	0.203	0.163	0.127	0.646	0.509	0.404	0.323	0.258	1.3	1.04	0.82	0.651
0.442	0.351	0.281	0.225	0.176	0.892	0.702	0.557	0.446	0.357	1.8	1.44	1.13	0.899
0.625	0.496	0.397	0.318	0.248	1.26	0.993	0.788	0.63	0.504	2.54	2.03	1.6	1.27

Nominal Diameter
d

0.8
× 4

1
× 12.5

1
× 10

1
× 8

1
× 6.3

1
× 5

1.25
× 16

1.25
× 12.5

1.25
× 10

1.25
× 8

1.25
× 6.3

1.6
× 20

1.6
× 16

1.6
× 12.5

D	Average coil diameter
P_n	Highest permissible spring force in kp
D₀	Mandrel diameter	max
D_h	Sleeve diameter	min
L₀	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
L_n	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5
f_n	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
c	Number of spring turns:3.5	Federate in kp/mm
	Number of spring turns:5.5	Federate in kp/mm
	Number of spring turns:8.5	Federate in kp/mm
	Number of spring turns:12.5	Federate in kp/mm
	Number of spring turns:18.5	Federate in kp/mm
per 1000 units≈kg	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5

4	12.5	10	8	6.3	5	16	12.5	10	8	6.3	20	16	12.5
3.25	2.24	2.79	3.38	3.48	4.46	5.53	7.04	8.71	10.7	13.6	8.65	10.8	13.8
2.8	10.8	8.4	6.5	4.9	3.6	14.1	10.6	8.2	6.1	4.7	17.5	13.7	10.3
5.3	14.4	11.8	9.6	7.8	6.5	18.2	14.6	11.9	9.9	8.1	22.6	18.5	14.7
6.9	24	17.5	13	10	8.5	40.5	27	20	15	12	48	34	24
9.7	36.5	26	19	14.5	12	62	41.5	29.5	22	17	73.5	51.5	36
14	55.5	39	28.5	21.5	17	94	62.5	44.5	33	25	110	77.5	53.5
19.5	80.5	56	40.5	30.5	24	140	90.5	64	47.5	35.5	165	110	78
28	115	81.5	59	43.5	34.5	205	130	93.5	69	51.5	240	165	115
5.2	9.4	8	7.3	7.3	6.6	9.1	8.2	7.7	7.4	7.2	12.4	11	10
7	13.4	11.2	10.1	10.1	9	12.9	11.6	10.8	10.5	9.8	17.6	15.5	14.1
9.8	19.4	16	14.3	14.3	12.6	18.5	16.5	15.2	14.9	13.8	25.5	22.2	20.1
13.5	27.4	22.4	19.9	19.9	17.4	26	23.1	21.1	21	19.2	36	31.2	28
19.1	39.4	32	28.3	28.3	24.6	37.3	32.9	30	30	27.1	51.8	44.6	39.9
1.7	14.6	9.5	5.7	2.7	1.9	31.4	18.8	12.3	7.6	4.8	35.6	23	14
2.7	23.1	14.8	8.9	4.4	3	49.1	29.9	18.7	11.5	7.2	55.9	36	21.9
4.2	36.1	23	14.2	7.2	4.4	75.5	46	29.3	18.1	11.2	84.5	55.3	33.4
6	53.1	33.6	20.6	10.6	6.6	114	67.4	42.9	26.5	16.3	129	78.8	50
8.9	75.6	49.5	30.7	15.2	9.9	168	97.1	63.5	39	24.4	188	120	75.1
1.89	0.152	0.296	0.579	1.18	2.37	0.176	0.37	0.723	1.46	2.96	0.243	0.474	0.995
1.21	0.097	0.189	0.368	0.754	1.51	0.112	0.236	0.46	0.91	1.84	0.155	0.302	0.635
0.782	0.062	0.122	0.238	0.488	0.976	0.073	0.152	0.298	0.595	1.2	0.101	0.196	0.412
0.532	0.042	0.083	0.162	0.332	0.664	0.049	0.104	0.203	0.404	0.825	0.068	0.133	0.278
0.359	0.029	0.056	0.11	0.224	0.449	0.033	0.07	0.137	0.274	0.55	0.046	0.09	0.188
0.273	1.33	1.07	0.852	0.671	0.533	2.66	2.08	1.67	1.33	1.05	5.45	4.36	3.41
0.372	1.82	1.45	1.16	0.915	0.726	3.63	2.84	2.27	1.82	1.43	7.44	5.95	4.65
0.521	2.54	2.03	1.63	1.28	1.02	5.09	3.97	3.18	2.54	2	10.4	8.33	6.51
0.719	3.51	2.81	2.25	1.77	1.4	7.02	5.49	4.39	3.51	2.77	14.4	11.5	8.99
1.02	4.96	3.97	3.18	2.5	1.99	9.93	7.76	6.21	4.96	3.91	20.3	16.3	12.7

Nominal Diameter
d

1.6
× 10

1.6
× 8

2
× 25

2
× 20

2
× 16

2
× 12.5

2
× 10

2.5
× 32

2.5
× 25

2.5
× 20

2.5
× 16

2.5
× 12.5

3.2
× 40

3.2
× 32

D	Average coil diameter
P_n	Highest permissible spring force in kp
D₀	Mandrel diameter	max
D_h	Sleeve diameter	min
L₀	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
L_n	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5
f_n	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
c	Number of spring turns:3.5	Federate in kp/mm
	Number of spring turns:5.5	Federate in kp/mm
	Number of spring turns:8.5	Federate in kp/mm
	Number of spring turns:12.5	Federate in kp/mm
	Number of spring turns:18.5	Federate in kp/mm
per 1000 units≈kg	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5

10	8	25	20	16	12.5	10	32	25	20	16	12.5	40	32
17.3	21.6	13	16.2	20.2	25.9	32.4	18.6	23.8	29.8	37.2	47.7	29.4	36.8
7.9	5.9	22	17.1	13.4	9.9	7.5	28.3	21.6	16.8	12.9	9.4	35.6	27.6
12.1	10.1	28	22.9	18.6	15.1	12.5	36	28.4	23.2	19.1	15.6	44.6	36.5
18.5	14.5	58	41	30	22.5	18	71.5	49	36	27.5	22	82	58.5
27	21.5	88.5	62	45	33	26.5	110	74.5	54	41	32	125	88.5
40.5	31.5	135	94	68	49.5	38.5	170	115	81.5	61	47.5	190	135
58.5	45	195	135	98	71	55	245	165	120	88	67.5	275	190
85	65.5	290	200	145	105	79.5	360	240	175	130	98	405	280
9.4	9	15	13.6	12.5	11.7	11.2	19.3	16.8	15.5	14.6	14	21.2	19.8
13.2	12.6	21.4	19.2	17.7	16.4	15.6	27.9	24	21.9	20.5	19.5	29.7	27.4
18.9	17.9	31	27.6	25.5	23.5	22	40.7	34.8	31.5	29.3	27.8	42.3	38.8
26.5	24.8	43.8	38.8	35.9	33	30.6	58.1	49.2	44.3	41.1	38.7	59.2	54.1
37.9	35.2	63	55.6	51.4	47.2	43.4	83.9	70.8	63.6	58.9	55.1	84.5	77
9.1	5.5	43	27.4	17.5	10.8	6.8	52.2	32.2	20.5	12.9	8	60.8	38.7
13.8	8.9	67.1	42.8	27.3	16.6	10.9	82.1	50.5	32.1	20.5	12.5	95.3	61.1
21.6	13.6	104	66.4	42.5	26	16.5	129	80.2	50	31.7	19.7	148	96.2
32	20.2	151	96.2	62.1	38	24.4	187	116	75.7	46.9	28.8	216	136
47.1	30.3	227	144	93.6	57.8	36.1	276	169	111	71.1	42.9	321	203
1.95	3.8	0.304	0.594	1.16	2.44	4.75	0.355	0.743	1.45	2.83	5.95	0.485	0.949
1.24	2.42	0.194	0.378	0.738	1.55	3.03	0.226	0.473	0.923	1.8	3.79	0.309	0.604
0.803	1.57	0.125	0.244	0.478	1	1.96	0.146	0.306	0.597	1.17	2.45	0.2	0.39
0.544	1.06	0.085	0.166	0.325	0.682	1.33	0.099	0.208	0.406	0.793	1.66	0.136	0.266
0.368	0.719	0.058	0.112	0.22	0.461	0.898	0.067	0.141	0.274	0.535	1.12	0.092	0.179
2.73	2.18	10.7	8.52	6.82	5.33	4.26	21.3	16.6	13.3	10.7	8.32	43.6	34.9
3.72	2.98	14.5	11.6	9.3	7.26	5.81	29.1	22.7	18.2	14.5	11.3	59.5	47.6
5.21	4.17	20.3	16.3	13	10.2	8.14	40.7	31.8	25.4	20.3	15.9	83.3	66.6
7.19	5.75	28.1	22.5	18	14	11.2	56.2	43.9	35.1	28.1	21.9	115	92
10.2	8.13	39.7	31.8	25.4	19.9	15.9	79.4	62	49.6	39.7	31	163	130

Nominal Diameter
d

3.2
× 25

3.2
× 20

3.2
× 16

4
× 50

4
× 40

4
× 32

4
× 25

4
× 20

5
× 63

5
× 50

5
× 40

5
× 32

5
× 25

6.3
× 80

D	Average coil diameter
P_n	Highest permissible spring force in kp
D₀	Mandrel diameter	max
D_h	Sleeve diameter	min
L₀	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
L_n	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5
f_n	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
c	Number of spring turns:3.5	Federate in kp/mm
	Number of spring turns:5.5	Federate in kp/mm
	Number of spring turns:8.5	Federate in kp/mm
	Number of spring turns:12.5	Federate in kp/mm
	Number of spring turns:18.5	Federate in kp/mm
per 1000 units≈kg	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5

25	20	16	50	40	32	25	20	63	50	40	32	25	80
47	58.8	73.5	43.5	54.3	67.9	86.9	109	63.5	80	100	125	160	95
21.1	16.1	12.2	44	34.8	27	20.3	15.3	56	43	34	26	19.3	71
28.9	23.9	19.8	56	45.2	37	29.7	24.7	70	57	46	38	30.7	89
42.5	33.5	27.5	99	71	53.5	41	33.5	120	85	64	51	41	145
63.5	49.5	40	150	105	79.5	60.5	49	180	130	95.5	75	60	220
94.5	74	59	230	160	120	89.5	72	275	195	140	110	87.5	335
135	105	83.5	335	235	170	130	105	395	280	205	160	125	490
200	155	120	490	340	250	185	150	585	410	300	230	180	720
19.1	18.5	17.8	27.4	25.2	24	22.9	22.2	32.3	30.9	29.6	28.7	27.6	42
26.3	25.9	24.9	38.6	35.1	33.3	32.2	31	45.3	43.2	41.1	40.2	38.5	59.5
37.1	37.1	35.4	55.4	50.0	47.2	46.0	44.2	64.8	61.6	58.4	57.5	54.9	85.5
51.6	51.6	49	77.8	69.8	65.8	64.5	61.7	90.8	86.1	81.4	80.5	76.7	120
73.2	73.2	69.4	111	99.6	93.6	92.1	87.7	130	123	116	115	109	172
23.4	15	9.7	71.6	45.8	29.5	18.1	11.3	87.7	54.1	34.4	22.3	13.4	103
37.2	23.6	15.1	111	69.9	46.2	28.3	18	135	86.8	54.4	34.8	21.5	160
57.4	36.9	23.6	175	110	72.8	43.5	27.8	210	133	81.6	52.5	32.6	250
83.4	53.4	34.5	257	165	104	65.5	43.3	304	194	124	79.5	48.3	370
127	81.8	50.6	379	240	156	92.9	62.3	455	287	184	115	71	548
1.98	3.89	7.58	0.607	1.19	2.32	4.86	9.49	0.741	1.48	2.89	5.65	11.9	0.913
1.26	2.47	4.83	0.386	0.755	1.47	3.09	6.04	0.472	0.943	1.84	3.6	7.55	0.581
0.818	1.6	3.13	0.25	0.488	0.953	2	3.91	0.305	0.61	1.19	2.33	4.88	0.376
0.556	1.09	2.12	0.17	0.332	0.648	1.36	2.66	0.207	0.415	0.81	1.58	3.32	0.256
0.375	0.735	1.44	0.115	0.224	0.438	0.92	1.79	0.14	0.28	0.547	1.07	2.24	0.173
27.3	21.8	17.5	85.2	68.2	54.5	42.6	34.1	168	133	107	85.2	66.6	338
37.2	29.8	23.8	116	93	74.4	58.1	46.5	229	182	145	116	90.8	461
52.1	41.7	33.3	163	130	104	81.4	65.1	320	254	203	163	127	646
71.9	57.5	46	225	180	144	112	89.9	442	351	281	225	176	892
102	81.3	65.1	318	254	203	159	127	625	496	397	318	248	1260

Nominal Diameter
d

6.3
× 63

6.3
× 50

6.3
× 40

6.3
× 32

8
× 100

8
× 80

8
× 63

8
× 50

8
× 40

10
× 125

10
× 100

10
× 80

10
× 63

10
× 50

D	Average coil diameter
P_n	Highest permissible spring force in kp
D₀	Mandrel diameter	max
D_h	Sleeve diameter	min
L₀	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
L_n	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5
f_n	Number of spring turns:3.5	≈
	Number of spring turns:5.5	≈
	Number of spring turns:8.5	≈
	Number of spring turns:12.5	≈
	Number of spring turns:18.5	≈
c	Number of spring turns:3.5	Federate in kp/mm
	Number of spring turns:5.5	Federate in kp/mm
	Number of spring turns:8.5	Federate in kp/mm
	Number of spring turns:12.5	Federate in kp/mm
	Number of spring turns:18.5	Federate in kp/mm
per 1000 units≈kg	Number of spring turns:3.5
	Number of spring turns:5.5
	Number of spring turns:8.5
	Number of spring turns:12.5
	Number of spring turns:18.5

63	50	40	32	100	80	63	50	40	125	100	80	63	50
120	151	189	236	144	180	228	288	360	212	265	331	420	530
55	42	32.6	24.6	89	69	53	40.5	31.2	111	87	67.5	51	38
71.5	58	47.5	39.5	111	91	73	60	49	140	114	93	75	62
105	80	60	50	170	125	95	75	65	205	150	115	96	75
155	115	90	75	260	180	140	110	90	315	230	175	135	110
235	175	135	110	390	285	205	160	135	475	345	255	200	165
340	250	195	155	570	410	300	230	190	690	500	370	285	230
500	365	280	225	835	600	435	335	275	1015	730	540	410	335
40	38	36	35	52	49	47	45	44	67	63	59	56.3	55
56	53	50.3	49	73	69	66	63.2	61.2	95	89	83	79	76
80.5	75	71.8	69	104	99	93.5	90	87	137	128	119	112	109
113	105	100	97	147	139	131	127	122	193	180	167	157	152
161	150	143	137	210	199	187	181	174	277	258	238	225	217
65	42	24	15	118	76	48	30	21	138	87	56	39.7	20
99	62	39.7	26	187	111	74	46.8	28.8	220	141	92	56	34
155	100	63.2	41	286	186	112	70	48	338	217	136	88	56
227	145	95	58	423	271	169	103	68	497	320	203	128	78
339	215	137	88	625	401	248	154	101	738	472	302	185	118
1.87	3.74	7.31	14.3	1.21	2.37	4.86	9.72	18.9	1.52	2.96	5.79	11.8	23.7
1.19	2.38	4.65	9.09	0.773	1.51	3.09	6.2	12.1	0.967	1.89	3.69	7.54	15.1
0.77	1.54	3.01	5.88	0.5	0.977	2	4	7.82	0.625	1.22	2.39	4.88	9.76
0.523	1.05	2.05	4	0.34	0.664	1.36	2.72	5.32	0.425	0.83	1.62	3.32	6.64
0.354	0.708	1.38	2.7	0.23	0.449	0.92	1.84	3.59	0.288	0.561	1.1	2.24	4.48
266	211	169	135	682	545	430	341	273	1330	1070	852	671	533
363	288	231	185	930	744	586	465	372	1820	1450	1160	915	726
509	404	323	258	1300	1040	820	651	521	2540	2030	1630	1280	1020
702	557	446	357	1800	1440	1130	899	719	3510	2810	2250	1770	1400
993	788	630	504	2540	2030	1600	1270	1020	4960	3970	3180	2500	1990

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Similar Standards

1	[ISO] ISO 10243 (EH) - 2019	Tools for Pressing - Compression Springs of Extra Strong Spring Rate with Rectangular Section (Color Code: Yellow)
2	[DIN] DIN 2098-2 - 1970	Helical Springs Made fromRound Wire; Cold Coiled Compression Springs Below 0.5 mm Wire Diameter
3	[ISO] ISO 10243 (L) - 2019	Tools for Pressing - Compression Springs of Light Spring Rate with Rectangular Section (Color Code: Green)
4	[ISO] ISO 10243 (H) - 2019	Tools for Pressing - Compression Springs of Strong Spring Rate with Rectangular Section (Color Code: Red)
5	[ISO] ISO 10243 (M) - 2019	Tools for Pressing - Compression Springs of Medium Spring Rate with Rectangular Section (Color Code: Blue)
6	[JIS] JIS B 5012 (M) - 2008	Coild Helical Spring for Press Dies - Type M (Color Code: Blue)
7	[JIS] JIS B 5012 (H) - 2008	Coild Helical Spring for Press Dies - Type H (Color Code: Red)
8	[JIS] JIS B 5012 (HJ) - 2008	Coild Helical Spring for Press Dies - Type HJ
9	[JIS] JIS B 5012 (LJ) - 2008	Coild Helical Spring for Press Dies - Type LJ
10	[GB] GB /T 36524 (H) - 2018	Tools for Pressing - Compression Springs with Rectangular - Strong Spring Rate (Color Code: Red)
11	[GB] GB /T 1973.3 - 2005	Small Cylindrically Coiled Compression Spring, Carbon Steel
12	[GB] GB /T 2089 - 2009	Cylindrical Coiled Compression Spring
13	[JIS] JIS B 5012 (B) - 2008	Coild Helical Spring for Press Dies - Type B (Color Code: Yellow)
14	[JIS] JIS B 5012 (FJ) - 2008	Coild Helical Spring for Press Dies - Type FJ
15	[GB] GB /T 36524 (EH) - 2018	Tools for Pressing - Compression Springs with Rectangular - Extra Strong Spring Rate (Color Code: Yellow)
16	[GB] GB /T 36524 (M) - 2018	Tools for pressing-Compression springs with rectangular - Medium spring rate (color code: blue)
17	[JIS] JIS B 5012 (L) - 2008	Coild Helical Spring for Press Dies - Type L (Color Code: Green)
18	[GB] GB /T 36524 (L) - 2018	Tools for Pressing - Compression Cprings with Rectangular - Light Spring Rate (Color Code: Green)
19	[JIS] JIS B 5012 (BJ) - 2008	Coild Helical Spring for Press Dies - Type BJ
20	[GB] GB /T 1973.3 - 2005	Small Cylindrically Coiled Compression Spring, Stainless Steel
21	[JIS] JIS B 5012 (MJ) - 2008	Coild Helical Spring for Press Dies - Type MJ