Crest-to-crest wave springs_Other Springs_1. Hydraulic buffer,Spring_Product

CD161

Crest-to-crest wave springs

Kind

FL WL WM

8 18 25 28 30 40

Number of coils

3 5 6 9 13

Material

Steel SUS

Type

Please select a size

Quantity

In stock

Remark

3D drawing Video Specification PDF

Size

unit:mm

Number of turns

L
Free high

Light load：L

Mid load：M

Heavy load：H

Load

Coil thickness

coefficient
N/mm

Load

Coil thickness

coefficient
N/mm

Load

Coil thickness

coefficient
N/mm

6	3	4	1.52	6 N	0.51	0.13	0.61	6.59	12 N	0.61	0.15	0.74	15.38	CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA CHENA
	4		2.03				0.81	4.92				0.97	11.32
	5		2.54				1.02	3.95				1.22	9.09
	6		3.05				1.22	3.28				1.47	7.59
	7		3.56				1.42	2.8				1.7	6.45
	8		4.06				1.63	2.47				1.96	5.71
	9		4.57				1.83	2.19				2.18	5.02
	11		5.59				2.24	1.79				2.69	4.14
	13		6.6				2.64	1.52				3.18	3.51
8	3	5	2.82	15 N	0.8	0.2	1.7	13.39	30 N	0.81	0.25	1.78	28.85
	4		3.76				2.39	10.95				2.54	24.59
	5		4.7				2.74	7.65				3.05	18.18
	6		5.64				3.56	7.21				3.81	16.39
	7		6.58				4.01	5.84				4.32	13.27
	8		7.52				4.57	5.08				4.95	11.67
	9		8.46				5.26	4.69				5.59	10.45
	11		10.34				6.35	3.76				6.86	8.62
	13		12.22				7.37	3.09				7.87	6.9
10	3	7	3.96	18 N	0.8	0.2	1.91	8.78	35 N	0.81	0.28	2.03	18.13
	4		5.28				2.54	6.57				2.79	14.06
	5		6.6				3.15	5.22				3.56	11.51
	6		7.92				3.78	4.35				4.32	9.72
	7		9.25				4.42	3.73				5.08	8.39
	8		10.57				5.05	3.26				5.84	7.4
	9		11.89				5.69	2.9				6.6	6.62
	10		13.21				6.32	2.61				7.37	5.99
	11		14.53				6.96	2.38				8.13	5.47
12	3	9	4.34	20 N	1	0.2	1.47	6.97	40 N	1.17	0.28	2.36	20.2	60 N	1.14	0.3	1.98	25.42
	4		5.79				1.98	5.25				3.18	15.33				2.64	19.05
	5		7.24				2.46	4.18				3.96	12.2				3.3	15.23
	6		8.69				2.95	3.48				4.75	10.15				3.99	12.77
	7		10.13				3.45	2.99				5.54	8.71				4.65	10.95
	8		11.58				3.94	2.62				6.32	7.6				5.31	9.57
	9		13.03				4.45	2.33				7.11	6.76				5.97	8.5
	10		14.48				4.93	2.09				7.92	6.1				6.63	7.64
	11		15.93				5.44	1.91				8.71	5.54				7.29	6.94
14	3	10	4.95	22 N	1.5	0.23	2.18	7.94	50 N	1.52	0.3	2.18	18.05	80 N	1.52	0.38	3.15	44.44
	4		6.6				2.95	6.03				2.95	13.7				4.19	33.2
	5		8.26				3.71	4.84				3.71	10.99				5.26	26.67
	6		9.91				4.52	4.08				4.52	9.28				6.3	22.16
	7		11.56				5.33	3.53				5.33	8.03				7.34	18.96
	8		13.21				6.17	3.13				6.17	7.1				8.41	16.67
	9		14.86				7.01	2.8				7.01	6.37				9.45	14.79
	10		16.51				7.85	2.54				7.85	5.77				10.49	13.29
	11		18.16				8.71	2.33				8.71	5.29				11.56	12.12
15	3	11	5.18	25 N	1.5	0.25	2.57	9.58	50 N	1.47	0.23	3.43	28.57	80 N	1.47	0.25	3.2	40.4
	4		6.91				3.43	7.18				4.57	21.37				4.19	29.41
	5		8.64				4.27	5.72				5.72	17.12				5.26	23.46
	6		10.36				5.13	4.78				6.86	14.29				6.27	19.56
	7		12.09				5.99	4.1				8	12.22				7.32	16.77
	8		13.82				6.83	3.58				9.14	10.68				8.36	14.65
	9		15.54				7.7	3.19				10.29	9.52				9.4	13.03
	10		17.27				8.53	2.86				11.43	8.56				10.46	11.75
	11		19				9.4	2.6				12.57	7.78				11.51	10.68
16	3	11	5.41	25 N	1.5	0.25	2.11	7.58	55 N	1.47	0.25	3.63	30.9	90 N	1.52	0.3	3.3	42.65
	4		7.21				2.79	5.66				4.83	23.11				4.57	34.09
	5		9.02				3.51	4.54				6.05	18.52				5.59	26.24
	6		10.82				4.19	3.77				7.24	15.36				6.86	22.73
	7		12.62				4.9	3.24				8.46	13.22				7.87	18.95
	9		16.23				6.3	2.52				10.87	10.26				10.16	14.83
	11		19.84				7.7	2.06				13.28	8.38				12.45	12.18
	13		23.44				9.09	1.74				15.7	7.11				14.73	10.33
18	3	13	5.72	30 N	1.8	0.2	3.63	14.35	55 N	1.83	0.25	3.68	26.96	90 N	1.83	0.3	3.84	47.87
	4		7.62				4.75	10.45				4.98	20.83				5.13	36.14
	5		9.53				5.94	8.36				6.22	16.62				6.4	28.75
	6		11.43				7.14	6.99				7.47	13.89				7.7	24.13
	7		13.34				8.31	5.96				8.47	11.96				8.97	20.59
	9		17.15				10.69	4.64				11.23	9.29				11.53	16.01
	12		22.86				14.25	3.48				14.96	6.96				15.37	12.02
20	3	15	6.32	35 N	1.8	0.2	2.72	9.27	70 N	1.98	0.25	3.05	21.41	100 N	2.01	0.33	4.24	48.08
	4		8.43				3.61	7.26				4.06	16.02				5.66	36.1
	5		10.54				4.52	5.81				5.08	12.82				7.06	28.74
	6		12.65				5.41	4.83				6.27	10.97				8.48	23.98
	7		14.76				6.32	4.15				7.32	9.41				9.91	20.62
	9		18.97				8.13	3.23				9.17	7.14				12.73	16.03
	12		25.3				10.82	2.42				12.22	5.35				16.97	12
25	3	19	6.63	50 N	2.2	0.25	2.06	10.94	80 N	2.39	0.3	2.95	21.74	110 N	2.39	0.38	4.04	42.47
	4		8.84				2.74	8.2				3.9	16.33				5.38	31.79
	5		11.05				3.43	6.56				4.9	13.01				6.73	25.46
	6		13.26				4.11	5.46				5.89	10.85				8.08	21.24
	7		15.47				4.8	4.69				6.88	9.31				9.4	18.12
	9		19.89				6.2	3.65				8.843	7.24				12.12	14.16
	12		26.52				8.26	2.74				11.79	5.43				16.15	10.61
28	3	22	7.24	50 N	2.4	0.3	3.76	14.37	80 N	2.39	0.38	4.39	28.07	130 N	2.39	0.46	4.57	48.69
	4		9.65				5	10.75				5.84	21				6.07	36.31
	5		12.07				6.27	8.62				7.32	16.84				7.59	29.02
	6		14.48				7.52	7.18				8.79	14.06				9.12	24.25
	7		16.89				8.79	6.17				10.24	12.03				10.64	20.8
	8		19.3				10.03	5.39				11.71	10.54				12.17	18.23
	9		21.72				11.28	4.79				13.18	9.37				13.69	16.19
	11		26.54				13.79	3.92				16.1	7.66				16.71	13.22
	13		31.37				16.31	3.32				19.02	6.48				19.76	11.2
30	3	24	7.62	50 N	2.4	0.3	3.18	11.26	90 N	2.39	0.38	7.62	21.9	130 N	2.39	0.46	7.62	37.9
	4		10.16				4.22	8.42				10.16	16.48				10.16	28.45
	5		12.7				5.28	6.74				12.7	13.18				12.7	22.77
	6		15.24				6.32	5.61				15.24	10.98				15.24	18.95
	7		17.78				7.39	4.81				17.78	9.39				17.78	16.25
	8		20.32				20.32	4.21				20.32	8.22				20.32	14.22
	9		22.86				22.86	3.74				22.86	7.31				22.86	12.63
	11		27.94				27.94	3.06				27.94	5.98				27.94	10.34
	13		33.02				33.02	2.59				33.02	5.06				33.02	8.75
35	3	27	8.38	70 N	3.2	0.36	3.94	15.77	110 N	3.38	0.41	4.14	25.94	160 N	3.38	0.46	4.04	36.87
	4		11.18				5.23	11.76				5.51	19.4				5.38	27.59
	5		13.97				6.55	9.43				6.88	15.51				6.73	22.1
	6		16.76				7.87	7.87				8.26	12.94				8.08	18.43
	7		19.56				9.17	6.74				9.63	11.08				9.42	15.78
	8		22.35				10.49	5.9				11.02	9.71				10.77	13.82
	9		25.15				11.81	5.25				12.4	8.63				12.12	12.28
	11		30.73				14.43	4.29				15.14	7.06				14.81	10.05
	13		36.32				17.04	3.63				17.91	5.98				17.5	8.5
40	3	30	9.14	100 N	3.38	0.41	2.90	16.03	150 N	3.63	0.53	5.44	40.54	300 N	3.38	0.46	5.66	86.21
	4		12.19				3.86	12.00				7.24	30.30				7.54	64.52
	5		15.24				4.80	9.58				9.04	24.19				9.42	51.55
	6		18.29				5.77	7.99				10.85	20.16				11.33	43.10
	7		21.34				6.73	6.84				12.65	17.26				13.21	36.90
	8		24.38				7.70	6.00				14.48	15.15				15.09	32.29
	9		27.43				8.66	5.33				16.28	13.45				16.97	28.68
	11		33.53				10.59	4.36				19.89	11.00				20.75	23.47
	13		39.62				12.52	3.69				23.50	9.31				24.54	19.89
45	3	35	9.91	110 N	3.63	0.46	3.38	16.85	225 N	3.63	0.46	5.33	49.13	400 N	3.76	0.61	6.43	114.94
	4		13.21				4.52	12.66				6.99	36.17				8.38	82.82
	5		16.51				5.64	10.12				9.14	30.53				11.2	75.33
	6		19.81				6.76	8.43				10.8	24.97				12.95	58.31
	7		23.11				7.9	7.23				12.7	21.61				15.37	51.68
	8		26.42				9.02	6.32				14.48	18.84				17.27	43.72
	9		29.72				10.16	5.62				16.26	16.72				19.68	39.88
	11		36.32				12.4	4.6				19.81	13.63				24.26	33.17
	13		42.93				14.66	3.89				23.37	11.5				28.45	27.62
50	3	40	10.29	110 N	3.63	0.53	4.83	20.15	225 N	3.63	0.46	4.62	39.68	400 N	3.76	0.61	5.92	91.53
	4		13.72				6.10	14.44				6.35	30.53				7.80	67.57
	5		17.15				7.87	11.85				7.49	23.29				10.16	57.22
	6		20.57				9.40	9.85				8.89	19.26				11.79	45.56
	7		24.00				11.30	8.66				10.54	16.72				14.15	40.61
	8		27.43				12.70	7.47				11.89	14.48				15.62	33.87
	9		30.86				14.99	6.93				13.59	13.03				17.91	30.89
	11		37.72				18.16	5.62				16.71	10.71				21.54	24.72
	13		44.58				21.34	4.73				19.61	9.01				25.65	21.13
	15		51.44				24.64	4.10				22.48	7.77				29.21	17.99
55	3	45	11.05	125 N	3.76	0.61	5.59	22.89	250 N	3.63	0.46	3.10	31.45	400 N	3.76	0.61	5.31	69.69
	4		14.73				7.72	17.83				4.11	23.54				7.24	53.40
	5		18.41				9.68	14.30				5.16	18.85				9.09	42.87
	6		22.10				11.48	11.77				6.20	15.72				10.64	34.90
	7		25.78				13.92	10.54				7.21	13.46				12.24	29.54
	8		29.46				15.52	8.97				8.26	11.79				14.10	26.04
	9		33.15				18.41	8.49				9.27	10.47				15.82	23.08
	11		40.51				21.67	6.63				11.33	8.57				19.30	18.86
	13		47.88				25.65	5.62				13.41	7.25				23.11	16.15
	15		55.25				29.77	4.91				15.47	6.28				26.54	13.93
60	3	50	11.43	135 N	3.63	0.46	5.59	23.12	275 N	3.76	0.61	6.65	57.53	450 N	4.01	0.76	7.75	122.28
	4		15.24				7.47	17.37				8.86	43.10				10.31	91.28
	5		19.05				9.32	13.87				11.07	34.46				12.90	73.17
	6		22.86				11.20	11.58				13.28	28.71				15.47	60.89
	7		26.67				13.06	9.92				15.49	24.60				18.06	52.26
	8		30.48				14.94	8.69				17.70	21.52				20.62	45.64
	9		34.29				16.79	7.71				19.94	19.16				23.22	40.65
	11		41.91				20.52	6.31				24.36	15.67				28.37	33.23
	13		49.53				24.26	5.34				28.78	13.25				33.53	28.13
	15		57.15				27.99	4.63				33.22	11.49				38.68	24.36

Product performance
The corrugated spring material is a pre-tempered wire with a rounded-ended round head. Its smooth appearance and circularly wound sinusoidal wave shape make the product performance better than traditional stamping parts; if the load and spring coefficient are more accurate and more It is expected to save 50% space compared to stampings. Wave springs provide users with greater reliability and better performance. Since the spring is made of cold-rolled pre-tempered wire, there is no deformation during the hardening heat treatment. Overall, the mechanical properties and dimensional stability of the wave springs are ideal for applications requiring precision quality. The top wave spring is continuously wound and stacked by a coil of wire, and the elastic coefficient and the spring ring.

Flat end to top wave spring
The top wave spring is also offered with a flat end option. The flat end-to-top wave spring has a 360-degree annular contact surface. When the spring is in close contact with the fitting under the force, the force distribution of the flat end to the top wave spring is more uniform, and can also be stacked to meet the matching with the spare parts.

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