Industrial Springs

Inner Outer Springs

Inner outer springs refer to a paired set of springs designed to work together—one positioned inside the other—to provide enhanced load-bearing capacity, progressive spring rates, or space-saving solutions in mechanical assemblies. This configuration combines the strengths of both springs, allowing for more precise control of force, deflection, and shock absorption. Key Features: Design: Comprises two springs—an inner spring nested inside a larger outer spring. Material: Typically made from high-quality spring steel, stainless steel, or other alloys depending on application needs. Function: Provides progressive or combined spring rates, increased load capacity, and reduced solid height compared to single springs. Durability: Engineered to withstand cyclic loading and harsh operating conditions. Flexibility: Suitable for compact assemblies where space is limited but strong spring action is required.