This compression spring is made of stainless steel 302 wire and has an outside diameter (OD) of 0.42 inch and a wire size of 0.038 inch. This stainless steel 302 wire spring meets American Society for Testing and Materials (ASTM) A313 or Aerospace Material Specifications (AMS) 5688 spring temper. It is a general purpose material offering mechanical properties with greater corrosion and heat resistance than music wire. The spring ends are closed and ground (squared) for efficient transfer of force, and a reduced risk of tangling. This spring has a load capacity of 5.5 pounds, and a maximum operating temperature of 500 degrees F (260 degrees C). It is slightly magnetic and passivated for added corrosion resistance.

Compression springs are open-coil helical springs that are used to save space and absorb shock in a variety of applications. They absorb the energy of a force acting upon them by becoming shorter, store that energy while compacted, and expand as they release the energy. These springs are either placed over a rod, or fitted inside a hole, and are found in a wide variety of applications ranging from automotive engines and large stamping presses to major appliances and lawn mowers, medical devices, cell phones, electronics, and sensitive instrumentation devices.

This compression spring is made of stainless steel 302 wire and has an outside diameter (OD) of 0.42 inch and a wire size of 0.038 inch. This stainless steel 302 wire spring meets American Society for Testing and Materials (ASTM) A313 or Aerospace Material Specifications (AMS) 5688 spring temper. It is a general purpose material offering mechanical properties with greater corrosion and heat resistance than music wire. The spring ends are closed and ground (squared) for efficient transfer of force, and a reduced risk of tangling. This spring has a load capacity of 5.5 pounds, and a maximum operating temperature of 500 degrees F (260 degrees C). It is slightly magnetic and passivated for added corrosion resistance.

Compression springs are open-coil helical springs that are used to save space and absorb shock in a variety of applications. They absorb the energy of a force acting upon them by becoming shorter, store that energy while compacted, and expand as they release the energy. These springs are either placed over a rod, or fitted inside a hole, and are found in a wide variety of applications ranging from automotive engines and large stamping presses to major appliances and lawn mowers, medical devices, cell phones, electronics, and sensitive instrumentation devices.