Aerospace Nadcap Certified - Brazing of Aerospace Alloys
Applied Thermal Technologies can process your Aerospace heat treating to AMS 2759/1, AMS 2759/2, AMS 2759/3, AMS 2759/4, AMS 2759/5, AMS-2801, AMS-H-81200, AMS-H-6875 CL-A, AMS-H-6875 CL-B and AMS-H-6875 CL-C specifications.
We specialize in Aerospace heat treating, bright annealing, brazing of aerospace alloys, brazing of aerospace stainless steel, titanium, nickel and other exotic alloys. We started servicing the Aerospace and specialty products industries in 1992 by offering vacuum heat treating, sintering, and aerospace stainless steel, titanium, nickel, ceramic and other metals.
Aerospace Heat Treating Accreditations:
- Steels - AMS 2759/1
- Steels - AMS 2759/2
- Stainless and Precipitation Hardening Stainless Steels - AMS 2759/3
- Stainless Steels - AMS 2759/4
- Stainless Martensitic Steels - AMS 2759/5
- Steels - AMS-H-6875 CL-A
- Stainless Steels - AMS-H-6875 CL-B
- Stainless Steels - AMS-H-6875 CL-C
- Titanium Alloys - AMS-H-81200
- Titanium Alloys - AMS-2801
For the aerospace and medical device industries; sintering and ceramic bright annealing are done using our industrial furnaces feature temperatures to 2800°F, levels to 10-6 Torr, all metal hot zones and cooling. Several brazing techniques are applicable to titanium, stainless steel and carbon steel components where we utilize nickel and low temperature brazing alloys. Our personnel work closely with you to determine your particular requirements for heat treating or sintering your titanium, nickel, ceramic and bright annealing parts.
While we service the aerospace and medical device industries with vacuum heat treating services, brazing of aerospace alloys. We can also service your ceramic, titanium, and nickel sintering, and your bright annealing. Our technical services continue to drive our business to the next level and provide technical assistance in metallurgy, assembly, and testing, sintering and bright annealing services.