Inconel 600 demands precise heat treatment to unlock its full potential in high-temperature and corrosive environments. MTS Forge brings over 38 years of metallurgical expertise and in-house normalizing capability to deliver forged Inconel 600 components with refined grain structure, optimized mechanical properties, and the microstructural uniformity required by aerospace, defense, and power generation specifications.
From in-house normalizing to precision closed die forgings, MTS Forge delivers complete, material-qualified solutions for high-performance alloys.
Specialized in-house normalizing heat treatment for forged components, including nickel alloys like Inconel 600. The process refines grain structure, relieves internal stresses, and produces uniform mechanical properties across the entire part.
Precision closed die forgings in high-performance alloys, including Inconel 600, that reduce raw material consumption and machining costs while delivering consistent dimensional accuracy and superior metallurgical integrity.
Custom-forged Inconel 600 and specialty alloy components tailored to exact engineering specifications. MTS Forge combines advanced tooling design with decades of metallurgical know-how to meet the most demanding application requirements.
In-house rough machining applied directly after forging to bring Inconel 600 components to near-net shape, removing flash and dimensional excess before heat treatment or final inspection — eliminating the need for a separate machining vendor.
Production of upset forgings, rings, and cylinders in Inconel 600 and nearly all available alloy grades, with maximum forging diameters up to 26 inches and individual piece weights up to 1,500 pounds.
Contour forging services in specialty and high-performance alloys that showcase MTS Forge's ability to supply complex near-net shapes with minimal material waste across aerospace, defense, and energy applications.
Inconel 600 is a solid-solution-strengthened nickel-chromium alloy that responds to heat treatment through controlled annealing and normalizing protocols rather than precipitation hardening. MTS Forge performs in-house normalizing by heating components above their upper critical temperature and allowing controlled cooling in still air, breaking up irregular grain structures formed during hot forging and producing a refined, uniform microstructure. The result is measurably improved tensile strength, enhanced ductility and toughness, and reliable machinability — properties that aerospace, defense, and nuclear procurement specifications mandate.
See how MTS Forge has delivered heat-treated Inconel 600 forgings that meet critical aerospace, defense, and nuclear standards.
MTS Forge combines deep metallurgical knowledge, in-house processing capability, and rigorous quality assurance to deliver Inconel 600 forgings that meet the most exacting industry standards.
Founded by metallurgists, MTS Forge applies material science expertise to every Inconel 600 heat treatment decision, ensuring process parameters align with the alloy's specific microstructural requirements.
Normalizing and rough machining are performed entirely in-house at our Coatesville, PA facility, eliminating subcontracting delays and maintaining full process control from forge to finished component.
MTS Forge operates under rigorous quality frameworks including Mil I 45208, NCA 3800, and Mil Q9858, providing complete traceability and documented compliance for every heat-treated forging.
Since 1986, MTS Forge has served aerospace, defense, commercial nuclear, and power generation customers, building a track record of reliability in high-performance alloy processing.
Metallurgists and forging experts with over four decades of combined industry leadership.
Co-Founder
Stephen Carr co-founded Manufacturing & Technical Services, Inc. in 1986 with a clear mission: to deliver high-quality forging solutions grounded in genuine metallurgical science. With a formal metallurgical background and decades of hands-on forging experience, Stephen has guided MTS Forge's technical direction since its inception, shaping the company's approach to material selection, process development, and quality assurance. His deep understanding of nickel alloys, stainless steels, and specialty materials — including Inconel 600 — underpins the company's ability to prescribe and execute heat treatment protocols that meet the most demanding aerospace, defense, and nuclear specifications. Under his leadership, MTS Forge has grown into a recognized industry leader committed to precision, traceability, and made-in-America manufacturing excellence.
Co-Founder
Edward Waddell co-founded MTS Forge in 1986 alongside Stephen Carr, bringing a strong metallurgical background and extensive practical knowledge of forging processes that has shaped every aspect of the company's operations. Edward's expertise spans closed die forging, heat treatment methodology, and the processing of high-performance alloys such as Inconel 600 across demanding industries including aerospace, defense, commercial nuclear, and power generation. He has been instrumental in building MTS Forge's in-house capabilities — from normalizing furnace operations to tooling design — and in establishing the rigorous quality assurance programs that ensure complete component traceability. His commitment to quality and service has been a cornerstone of MTS Forge's growth and reputation over nearly four decades.
Inconel 600 is typically heat treated through annealing rather than precipitation hardening, as it is a solid-solution-strengthened alloy. The standard anneal involves heating to approximately 1700°F–2000°F (927°C–1093°C) followed by rapid cooling or air cooling. For forged components, normalizing — heating above the upper critical temperature and cooling in still air — is commonly applied to relieve forging stresses and refine grain structure, producing a uniform microstructure with consistent mechanical properties throughout the part.
Speak directly with our metallurgical experts for specification guidance and process consultation.
Military inspection system certification ensuring rigorous quality control standards.
Nuclear quality assurance certification for commercial nuclear component manufacturing.
Military quality program standard certifying comprehensive process and product quality management.
Submit your component requirements or technical questions and our metallurgical team will respond with process recommendations, material specifications, and lead time estimates tailored to your application.
For immediate assistance, feel free to give us a direct call at (610) 857-3500. You can also send us a quick email at Fmicale@mtsforgepa.com
For immediate assistance, feel free to give us a direct call at (610) 857-3500. You can also send us a quick email at Fmicale@mtsforgepa.com