KNOWLEDGE

German wave spring design software
There are several wave spring design software tools available that can assist engineers in designing and analyzing wave springs, including those specifically tailored for the

Finite element analysis of wave spring
Finite element analysis ( Finite Element Analysis, FEA) It is a numerical analysis method widely used in engineering and scientific research. It is used to
Explanation of common parameters of spiral retaining rings
1.Bore Diameter: Also known as the “hole” diameter. This size represents the inside diameter of the device where the hole retaining ring is installed. 2.Shaft
Explanation of common parameters of wave springs
1.Fitting aperture: refers to the diameter of the external fitting hole when the wave spring is working. Generally, the fitting aperture is slightly larger than
Phosphor bronze
UNS: C51000 DIN: \ GB: QSn4-0.2 Modulus of elasticity: 103350 Recommended maximum operating temperature: 93 °C Main element chemical composition (wt%):Cu 94.0 – 96.0%, Sn
beryllium copper
UNS: C17200 DIN: 2.1247 GB: Qbe2 Modulus of elasticity: 127465 Recommended maximum operating temperature: 204 °C Main element chemical composition (wt%):Cu 98.0%, Be 1.8-2.0% Description
Carbon steel oil tempering SAE1070-1090
UNS: G10600-10900 DIN: 1.1231-1.1248 GB: 65Mn、70Mn Modulus of elasticity: 206843 Recommended maximum operating temperature: 121 °C Main element chemical composition (wt%):C0.65 – 0.98%, Mn 0.30
Carbon steel SAE1060-1080(Cold drawn or cold rolled)
UNS: G10600-10900 DIN: 1.1231-1.1248 GB: C58D-C88D Modulus of elasticity: 206843 Recommended maximum operating temperature: 121 °C Main element chemical composition (wt%):C 0.55 – 0.88, Mn
Monel K-500
UNS: N05500 DIN: 2.4375 GB: 68Ni28Cu28Al Modulus of elasticity: 179140 Recommended maximum operating temperature: 287 °C Main element chemical composition (wt%):Ni 63.0 min%, Cu 27.0
Monel K-400
UNS: N04400 DIN: 2.436 GB: 68Ni28Cu28Fe Elastic modulus: 179140 Recommended maximum operating temperature: 232°C Main element chemical composition (wt%) : Ni 63.0min %, Cu 28.0-34.0%
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