Compression Spring Design Basics: Space, Travel and Two Load Points
A compression spring cannot be selected by envelope dimensions alone. Working heights, loads, travel and solid-height margin belong in one specification.
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Choosing Extension Spring Hooks: Why Failures Often Start at the Ends
Hook form, transition radius, load direction and initial tension determine extension spring reliability and assembly behavior.
Torsion Spring Hand, Working Angle and Installed Angle
Separating viewing direction, loading direction and free angle prevents reversed parts and angle errors during sampling.
Spring Index: Why Mean Diameter to Wire Diameter Affects Manufacturability
A low spring index makes forming and inside-coil stress more demanding, while a high index increases instability and handling risk.
Why Spring Drawings Benefit from Two Load Points
Two load points constrain both working force and rate, reducing ambiguity caused by free-length or preload variation.
Solid Height, Total Coils and Active Coils: Preserving Compression Travel
Theoretical solid height is only a starting point. Ends, pitch variation and impact determine the practical minimum operating height.
Music Wire vs Stainless Spring Wire: Strength, Environment and Cost
Room-temperature strength and corrosion resistance are different goals. Select from stress, media, temperature and life requirements.
Choosing Spring Materials: Music Wire, Stainless Steel and 65Mn
Use load, temperature, corrosion and conductivity requirements to narrow the material choice before comparing price.
Custom Spring Drawing Checklist: Parameters That Affect Quotation
Define free length, wire diameter, load points, tolerance, winding direction and finish to reduce clarification cycles.