Our Sites: GlobalSpec.com | GlobalSpec Electronics | CR4
Free Registration 
Welcome to GlobalSpec!
Find parts, products, suppliers, datasheets, and more for:

Cold Temperature Treating

 

Find Suppliers by Category

Heat treating services perform thermal treatments to modify the properties of metals and metal alloys. Common processes include annealing, austempering, case hardening, conventional hardening, homogenizing, hot isostatic pressing (HIP), martempering, normalizing, precipitation hardening, shot peening, solution treating, spheroidizing, stabilizing, and stress relieving.
Search by Specification | Learn More

Products & Services

See also: Featured Products | Technical Articles | Engineering Web Results

Conduct Research Top

  • Heat Treating
    Heat treating processes include annealing, tempering, and patenting. Annealing heats and holds a material at a suitable temperature, and then cools the material at a suitable rate to reduce hardness, improve machinability, facilitate cold working, produce a desired microstructure, or obtain other
  • The Metallurgical Effects of Weld Seam Heat Treating (.pdf)
    industrial processes. THE METALLURGICAL EFFECTS OF WELD SEAM HEAT TREATING THE METALLURGICAL EFFECTS OF WELD SEAM HEAT TREATING. By Robert K. Nichols, PE. High Frequency Welding has been successfully applied to many common and a few exotic. metals but by far the greatest tonnage of material produced
  • Stabilizing and Cryogenic Treating
    Stabilizing, cryogenic, cold, or sub-zero treatments below the martensite finish temperature are used to obtain desired conditions or properties such as dimensional or microstructural stability in steels. The treatment may involve the transformation of retained austenite, which usually requires
  • The Effects of Varying Active Af Temperatures on the Fatigue Properties of Nitinol Wire (.pdf)
    . Through thermomechanical processing, including cold. exhibits an increase in upper plateau stress as the difference. drawing, inter-pass annealing, and training heat treatments,. between test temperature and Active Af increases [2]. superelastic medical grade Nitinol wire is produced. After
  • Iterative Taguchi Analysis: Optimizing The Austenite Content And Hardness In 52100 Steel (.pdf)
    and tempering. temperatures, tempering time and cold treatment. After one iteration, tempering temperature and cold. treatment were seen to have the greatest effect on. austenite content while austenitizing and tempering. temperatures had the greatest influence on hardness. After the second and third
  • Fastener Materials
    with a specific chemical analysis adds time and cost. Often, a standard fastener can be altered by heat treating, cold working, or coating to meet special needs. Most fasteners are made from steel. Specifications cover a broad range of mechanical properties that are indicated by a bolt-head marking
  • Aluminum
    also be strengthened by cold working. Some alloys are further strengthened and hardened by heat treatments. At subzero temperatures, aluminum is stronger than at room temperature and is no less ductile. Most aluminum alloys lose strength at elevated temperatures, although some retain significant
  • Thermal Residual Stress Relaxation And Distortion In Surface Enhanced Gas Turbine Engine Components (.pdf)
    and Inconel 718 at engine temperatures is summarized. Both the magnitude and rate of relaxation were found to depend primarily on the degree of cold working developed during processing. Compression in highly cold worked surfaces relaxed extremely rapidly in both alloys. Half the initial compression may

Engineering Web Search: Cold Temperature Treating Top