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]
0.6250 in, Oil Tempered Chromium – Vanadium Wire Commercial Quality
Chromium-vanadium is the most popular alloy steel for springs that are required to withstand a large number of operating cycles. It is medium carbon steel with chromium and vanadium added to increase its hardness and tensile strength. The pre-tempered material is best for valve or gun springs. Springs can be used at extremely high stresses… [Read More]
0.0625 in, Oil Tempered Chrome Vanadium – Valve Quality
These materials are designed for springs that must withstand considerable shock and extreme heat. Valve spring quality chrome vanadium has been eddy current tested to assure the finest possible surface in keeping with automotive industry requirements. Wire is available in size ranges from 0.0625″ – 0.362″. Valve quality Chrome Vanadium conforms to ASTM-A-232.
0.0720 in, Oil Tempered Chrome Vanadium – Valve Quality
These materials are designed for springs that must withstand considerable shock and extreme heat. Valve spring quality chrome vanadium has been eddy current tested to assure the finest possible surface in keeping with automotive industry requirements. Wire is available in size ranges from 0.0625″ – 0.362″. Valve quality Chrome Vanadium conforms to ASTM-A-232.
0.0780 in, Oil Tempered Chrome Vanadium – Valve Quality
These materials are designed for springs that must withstand considerable shock and extreme heat. Valve spring quality chrome vanadium has been eddy current tested to assure the finest possible surface in keeping with automotive industry requirements. Wire is available in size ranges from 0.0625″ – 0.362″. Valve quality Chrome Vanadium conforms to ASTM-A-232.
