keyboard_arrow_up

Heat Treating Stainless Steel Companies

IQS Directory implements a thorough list of heat treating stainless steel companies. Utilize our listing to examine and sort top heat treating stainless steel companies with previews of ads and detailed descriptions of each product. Any heat treating stainless steel company can design, engineer, and provide heat treating stainless steel services to meet your companies specific qualifications. An easy connection to reach heat treating stainless steel companies through our fast request for quote form is provided on our website. The company information includes website links, company profile, locations, phone, product videos and product information. Customer reviews are available and product specific news articles. This source is right for you whether it's for a manufacturer of heat treating 420 stainless steel, heat treating 416 stainless steel, and heat treating 410 stainless steel.

  • Sacramento, CA 916-925-6100

    Vacuum Processing Engineering, Inc. is best known for several types of Precision Brazing, Diffusion Bonding, Thin Film Coating, Heat Treating and Production of Precision Assemblies. Since its founding in 1976, VPE has established a track record of excellence as both an innovator and as a reliable ISO 9001:2008 certified volume producer of mission-critical assemblies for demanding customers.

    Read Reviews
  • Williamston, MI 517-655-4402

    Modern Metal Processing has nearly 30 years of experience, and that shows in the quality of heat treating processes practiced. Our in-house aluminum fabricating abilities allow us to keep the cost of our heat exchangers low, as well as giving us the flexibility to develop unique solutions and new products. Look no further for custom heat exchangers, brazing, and heat treating services.

    Read Reviews
  • Londonderry, NH 888-669-3539

    From prototypes to large production runs, MuShield provides unsurpassed quality and service. For example, with every magnetic shield MuShield manufactures, the Company's goal is to attain the maximum shielding capacity for that part while maintaining its structural integrity. MuShield meets these objectives by heat treating parts and material on-site.

    Read Reviews
  • Meadville, PA 814-333-1782

    We do vacuum heat treating such as hardening, straighten parts & minimize distortions. We specialize in vacuum heat treating technology & offer a wide range of heat treating choices. At Peters’ Heat Treating, our main concern is on precision parts & has been for over 100 years of combined experience. Some services we offer: vacuum hardening/annealing, vacuum aging, & induction hardening/annealing.

    Read Reviews
  • Hayward, CA 510-782-7755

    ThermoFusion has been offering superior heat treating services for more than three decades. A full-service ISO9001-2000 facility, our goal is to work hard, have fun and exceed our customers’ needs and expectations. We have worldwide experience and training and are constantly involved in large, small and development projects. Call or visit our website today, we would love to serve you!

    Read Reviews
  • Winchester, KY 859-744-9551

    All of our value-added heat treating is designed to satisfy a number of applications. Our batch hardening furnaces can reach temperatures from 1400 to 2400 °F. We are a turnkey manufacturer which means you will receive your products in a short amount of time. There are numerous benefits to our heat treating services. Please visit our website for more information!

    Read Reviews
  • More Heat Treating Stainless Steel Companies

businessIndustry Information

Heat Treating Stainless Steel

Heat treating, a process that is used to harden or soften metals by heating and cooling them until they achieve their desired point of hardness, is often performed on stainless steel. In this metal, the structure and composition of the grains, or crystallites, determines its overall mechanical qualities.

Heat treating is an energy-intensive process that changes this atomic structure, therefore changing its mechanical behavior. Steel and stainless steel are the most commonly heat treated metals. During heat treatment, the metal undergoes heating and cooling to change or alter its size, shape and surface. Its mechanical, chemical and physical properties can all be changes as well. Several important techniques are employed during the heat treating process, such as annealing, quenching, tempering and case hardening. Annealing is a process by which a metal is heated and then cooled very slowly, leaving the metal soft and ductile. Quenching on the other hand refers to the rapid cooling of metal and is often used to increase stainless steel's strength. Tempering, in contrast, is performed to strengthen the stainless steel. In tempering, the steel is heated to extreme heat, between 400 and 600 degrees Celsius, and maintained at this temperature until the carbon diffuses to produce bainite or pearlite. Case hardening involves combining the ductility of low carbon materials with the strength of high carbon through the creation of a tough outer coating which surrounds a softer more malleable core.

By heat treating stainless steel, improvements can be made regarding its hardness and ductility. The metals tensile, impact and yield strength can also be improved. Stainless steel is made into sheet metal by melting and pressing slabs and rods of steel and alloys into rectangular shapes. Stainless steel is found in three main grades, which are 304, 316 and 410. It can also be found in different gauges ranging from 8 to 30 (where the higher the number, the thinner the metal). Once it is made into the sheets it can undergo additional heat treatment and fabrication to form it into various products. Many different kinds of equipment, including furnaces, torches, salt bathes, heating blankets, and lasers, are used during the heat treating process. Heat treating is used to make a variety of stainless steel products for the automotive, construction, manufacturing, and tool and die industries, amongst others. Products include car bodies, storage tanks, aircraft panels and ventilation systems.