This material is designed for springs that must withstand considerable shock and extreme heat. Chrome silicon can be used at temperatures up to 50°F higher than chrome vanadium. Recommendations for heat treatment: Immediately after coiling, the springs should be stress relieved at about 400°C (750°F) for 30 minutes. After shot peening, the springs should be… [Read More]
0.0550 in, Oil Tempered Chrome Silicon – Commercial Quality
This material is designed for springs that must withstand considerable shock and extreme heat. Chrome silicon can be used at temperatures up to 50°F higher than chrome vanadium. Recommendations for heat treatment: Immediately after coiling, the springs should be stress relieved at about 400°C (750°F) for 30 minutes. After shot peening, the springs should be… [Read More]
0.0580 in, Oil Tempered Chrome Silicon – Commercial Quality
This material is designed for springs that must withstand considerable shock and extreme heat. Chrome silicon can be used at temperatures up to 50°F higher than chrome vanadium. Recommendations for heat treatment: Immediately after coiling, the springs should be stress relieved at about 400°C (750°F) for 30 minutes. After shot peening, the springs should be… [Read More]
0.0150 in, Hard Drawn MB Spring Wire Class I
This is a medium carbon, cold drawn spring wire for the production of commercial quality mechanical springs. Gibbs Interwire stocks this wire with class I tensile only, Class II tensiles are available on application. Wire is available in size ranges from 0.008″ – 0.375″
0.0475 in, Galvanized Hard Drawn MB Spring Wire Class I
This is a metallic coated medium carbon, cold drawn spring wire for the production of commercial quality mechanical springs and wire forms that are not subject to high stress or require high fatigue properties. Gibbs Interwire stocks this wire in size ranges from 0.041″ – 0.207″
