KākauohaHuna: ʻIke Puna

What Are the Best Materials for Fatigue Applications? Choosing the right material for springs in fatigue applications is paramount, as these components must withstand repeated

What Are the Advantages of Having Stainless Springs Passivated? Passivation is a critical process for stainless steel springs, especially when corrosion resistance is paramount. ʻO ia

What’s the Difference Between Music Wire and Hard Drawn? Understanding the distinctions between music wire[^1] and hard drawn spring wire[^ 2] is crucial for selecting the

How Do You Calculate Rate/Loads for Disc Spring Stacks? Calculating rate and loads for disc spring stacks requires a different approach than for helical springs.

What Does Maximum Safe Deflection Mean? Understanding maximum safe deflection is vital for spring design. It defines the limits of how much a spring can

Does it Make a Difference on a Torsion Spring Whether it’s Left or Right Hand Wound? No nā pūnāwai torsion[^1], the winding direction is not a

ʻO nā Coils Active vs. Huina huina: He aha ka ʻokoʻa? Ke kamaʻilio e pili ana i nā pūnāwai, " nā wili hana" a me "nā huila holoʻokoʻa" he mau olelo nui. They sound similar but mean

Pehea wau e ʻike ai inā he RHW a i ʻole LHW kahi puna? Determining if a spring is Right Hand Wound (RHW)[^1] or Left Hand Wound (LHW)

Hoʻonui i ka ikaika puna: ʻO ke kuleana o ka wela i ka hana puna? Springs must be strong. They must hold shape and load. Heat is key to making

He aha ka ʻokoʻa ma waena o nā ʻāina paʻa a paʻa? He mea nui ka hopena o ka puna no ke ʻano o ka hana ʻana o ka puna. ʻElua ʻano maʻamau i pani ʻia a