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High Load Interlaced Wave Springs Composed Of Two Similar Wave Spring

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Zhejiang Lisheng Spring Co.,Ltd
Province/State:zhejiang
Country/Region:china
Contact Person:MrsLancy
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High Load Interlaced Wave Springs Composed Of Two Similar Wave Spring

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Brand Name :lisprings
Model Number :Interlaced Wave Spring
Certification :ISO9001 TS16949
Place of Origin :CHINA
MOQ :1
Price :Negotiable
Supply Ability :10000000
Delivery Time :7 work days
Packaging Details :Bulk packaged or Customize
Name :Interlaced Wave Spring
Size :5mm-1000mm
Tooling Charge :Free
Used For :Bearing
Material :Carbon steel or Stainless Steel
Stock :More than 2000 Types
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Description

Interlaced wave spring is composed of two similar wave spring. This interlacing effectively increases the thickness of the wave spring to provide a greater load and better resistance to fatigue properties.

High Load Interlaced Wave Springs Composed Of Two Similar Wave Spring

Interlaced Wave spring theoretical analysis

Item
Material
t b O.D. W N FH IH WH Es K L Os I.D. O.D.s> Wc Lc UW
mm mm mm waves coils mm mm mm coils N/mm N N/m m2 mm mm cycles g/pcs
AISI 1070~1090 0.43 2.4 23 3.5 12 27 26 21 0 36.59 219.6 980 18.2 23.31 linear 30K~50K 12.77
AISI 1060~1075 0.43 2.4 23 3.5 12 27 26 21 0 36.59 219.6 980 18.2 23.31 linear 30K~50K 12.77
17-7 0.43 2.4 23 3.5 12 27 26 21 0 34.85 209.1 934 18.2 23.31 linear 30K~50K 12.85
AISI 316 0.43 2.4 23 3.5 12 27 26 21 0 33.11 198.7 887 18.2 23.31 linear Under 30K 12.85
AISI 304 0.43 2.4 23 3.5 12 27 26 21 0 33.11 198.7 887 18.2 23.31 linear 30K~50K 12.85
Alloy 20CB 3 0.43 2.4 23 3.5 12 27 26 21 0 34.29 205.8 919 18.2 23.31 linear Under 30K 13.15
Input parameters section
Results section
t : Material thickness FH : free height Os : operating stress UW : unit weight
b : Material width WH : working height I.D : Inner diameter IH : install height
O.D. : Outer diameter Es : End shims O.D.s : outer diameter at solid height
W : Number of waves(per turn) K : spring rate(stiffness) Wc : Working curve
N : Number of turns L : working load Lc : Life cycles prediction

High Load Interlaced Wave Springs Composed Of Two Similar Wave Spring

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