1.MultiWave springs are made of a single filament of round-edged, pre-tempered flat wire from a continuous coil. This results in uniform diameters and wave heights. They replace conventional round wire springs when space is critical, typically occupying only 1/3 to ½ of the compressed height space, while providing more deflection with the same load specifications. 

2.MultiWave springs should be used for all applications requiring tight load deflection specifications where axial space is critical.

Specification:

Part No.	Operates in Bore Diameter	Lears Shaft Diameter	Load	Work Height	Free Height	Waves	Turns	Thinkness	Radial Wall	Spring Rate
Part No.	mm	mm	(N)	mm	mm	Waves	Turns	mm	mm	N/MM
LMS16-H1	16	11	90	3.3	5.41	3.5	3	0.3	1.52	42.65
LMS16-L1	16	11	25	2.11	5.41	2.5	3	0.25	1.47	7.58
LMS16-M1	16	11	55	3.63	5.41	3.5	3	0.25	1.47	30.9
LMS16-H2	16	11	90	4.57	7.21	3.5	4	0.3	1.52	34.09
LMS16-L2	16	11	25	2.79	7.21	2.5	4	0.25	1.47	5.66
LMS16-M2	16	11	55	4.83	7.21	3.5	4	0.25	1.47	23.11
LMS16-H3	16	11	90	5.59	9.02	3.5	5	0.3	1.52	26.24
LMS16-L3	16	11	25	3.51	9.02	2.5	5	0.25	1.47	4.54
LMS16-M3	16	11	55	6.05	9.02	3.5	5	0.25	1.47	18.52
LMS16-H4	16	11	90	6.86	10.82	3.5	6	0.3	1.52	22.73
LMS16-L4	16	11	25	4.19	10.82	2.5	6	0.25	1.47	3.77
LMS16-M4	16	11	55	7.24	10.82	3.5	6	0.25	1.47	15.36
LMS16-H5	16	11	90	7.87	12.62	3.5	7	0.3	1.52	18.95
LMS16-L5	16	11	25	4.9	12.62	2.5	7	0.25	1.47	3.24
LMS16-M5	16	11	55	8.46	12.62	3.5	7	0.25	1.47	13.22
LMS16-H6	16	11	90	10.16	16.23	3.5	9	0.3	1.52	14.83
LMS16-L6	16	11	25	6.3	16.23	2.5	9	0.25	1.47	2.52
LMS16-M6	16	11	55	10.87	16.23	3.5	9	0.25	1.47	10.26
LMS16-H7	16	11	90	12.45	19.84	3.5	11	0.3	1.52	12.18
LMS16-L7	16	11	25	7.7	19.84	2.5	11	0.25	1.47	2.06
LMS16-M7	16	11	55	13.28	19.84	3.5	11	0.25	1.47	8.38
LMS16-H8	16	11	90	14.73	23.44	3.5	13	0.3	1.52	10.33
LMS16-L8	16	11	25	9.09	23.44	2.5	13	0.25	1.47	1.74
LMS16-M8	16	11	55	15.7	23.44	3.5	13	0.25	1.47	7.11
LMS18-H1	18	13	90	3.84	5.72	3.5	3	0.3	1.83	47.87
LMS18-L1	18	13	30	3.63	5.72	3.5	3	0.2	1.8	14.35
LMS18-M1	18	13	55	3.68	5.72	3.5	3	0.25	1.83	26.96
LMS18-H2	18	13	90	5.13	7.62	3.5	4	0.3	1.83	36.14
LMS18-L2	18	13	30	4.75	7.62	3.5	4	0.2	1.8	10.45
LMS18-M2	18	13	55	4.98	7.62	3.5	4	0.25	1.83	20.83
LMS18-H3	18	13	90	6.4	9.53	3.5	5	0.3	1.83	28.75
LMS18-L3	18	13	30	5.94	9.53	3.5	5	0.2	1.8	8.36
LMS18-M3	18	13	55	6.22	9.53	3.5	5	0.25	1.83	16.62
LMS18-H4	18	13	90	7.7	11.43	3.5	6	0.3	1.83	24.13
LMS18-L4	18	13	30	7.14	11.43	3.5	6	0.2	1.8	6.99
LMS18-M4	18	13	55	7.47	11.43	3.5	6	0.25	1.83	13.89
LMS18-H5	18	13	90	8.97	13.34	3.5	7	0.3	1.83	20.59
LMS18-L5	18	13	30	8.31	13.34	3.5	7	0.2	1.8	5.96
LMS18-M5	18	13	55	8.74	13.34	3.5	7	0.25	1.83	11.96
LMS18-H6	18	13	90	11.53	17.15	3.5	9	0.3	1.83	16.01
LMS18-L6	18	13	30	10.69	17.15	3.5	9	0.2	1.8	4.64
LMS18-M6	18	13	55	11.23	17.15	3.5	9	0.25	1.83	9.29
LMS18-H7	18	13	90	15.37	22.86	3.5	12	0.3	1.83	12.02
LMS18-L7	18	13	30	14.25	22.86	3.5	12	0.2	1.8	3.48
LMS18-M7	18	13	55	14.96	22.86	3.5	12	0.25	1.83	6.96

Multi Turn Top Wave Springs With Plain Ends Processing For Mechanical Seal

Wave Springs

Single Turn Wave Spring

Nested Wave Spring

Round Wire Wave Springs

Linear Wave Spring

Spiral Retaining Ring

Constant Section Retaining Ring

Wire Snap Ring

Laminar Sealing Rings

Toroflux Flow Rings

Jitter Ring

Multi Turn Top Wave Springs With Plain Ends Processing For Mechanical Seal

rotary seal design

heat shrink tubing kit

semi automatic auger filler