personalized course
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// professional training
NICKEL AND ITS ALLOYS
Nickel alloys are distinguished by their excellent qualities of resistance to corrosion and to different forms of degradation at high temperature together with the possibility of obtaining mechanical properties comparable to, and sometimes superior to, those of steel. For these reasons, they are increasingly used where operating conditions are so severe as to preclude the use of more traditional materials such as stainless steels. It is, in fact, relevant to note that nickel-based superalloys are currently by far the most widely used materials for the fabrication of components operating at high temperatures and subjected to significant mechanical stresses such as turbines in aircraft propulsion engines, power generation plants, and, more generally, the mechanical parts of high-performance engines.
Thus, this course aims to provide a detailed overview of nickel alloy metallurgy, related heat treatments, and processing and transformation technologies in order to master and manage the use of this family of metallic materials under the most appropriate conditions for various applications.
The course aims to:
DErecipients
course lecturers
course program
Nickel-based alloys
- Mining processes
- Corrosion-resistant nickel alloys
- Commercially pure nickel
- Nickel-copper alloys
- Nickel-molybdenum and nickel-silicon alloys
- Nickel-chromium-iron alloys
- Nickel-chromium-molybdenum alloys
- Nickel alloys for special applications
- Alloys for electrical resistors
- Magnetic alloys
- Shape memory alloys
Superalloys for High Temperature
- Addition of alligators and its effect
- Hardening and annealing
- Solution hardening and aging
- Corrosion
- Thermomechanical treatments
Main manufacturing processes and processing technologies
- Primary metallurgy
- Foundry processes
- Plastic deformation processes
- Powder metallurgy
- Heat Treatments
Metallography of nickel alloys and superalloys by high temperature
- Macroscopic Examination
- Preparation of samples for macrographic observation
- Main attachments for macrographic observation
- Microscopic Examination
- Preparation of samples for micrographic observation
- Main attachments for micrographic observation
- Examples of the microstructures of major alloys
“I found the theory well explained and the supporting material very useful for in-depth learning.”
“I appreciated the individual attention and the opportunity to work on my specific goals.”
“Very interesting explanation part on sample preparation. Very informative course!”


Fixed-date proposal in our workshops:
The next edition of the course will be held Friday, June 12, 2026 from 9 a.m. to 6 p.m.
The course will be held at the SMT Laboratory Via del Lavoro 7, Pozzo d’Adda (MI).
The cost of the course is €500.00 + VAT 22% for each participant.
This course is part of a training course of 3 modules that also comporente the following titles:
- Titanium and its alloys
- Aluminum and its alloys
In case of participation in the other modules, there is a subsidized price as below:
- 2 COURSES: €900.00 + VAT 22%
- 3 COURSES: €1,200.00 + VAT 22%
The participation fee also includes the cost of lunch and coffee break
interprofessional funds
As of this year, all courses can be financed using the company’s
resources set aside in the company’s membership fund and/or other
funding measures dedicated to continuing education (e.g.
Regional Calls, New Skills Fund, etc.).
If you would like to know more, contact us: we will give you all the necessary information
to be able to proceed with the financing by putting you directly in
contact with our reference partner for financed training.
Make your training experience even more impactful by taking advantage of the
facilities and financing provided!
request the customized course at your location
SMT offers customized courses designed to meet your specific needs.

// smt training
RELATED COURSES:
This course is part of a 3-module training course that also includes the following titles:
the smt fomration
TITANIUM AND ITS ALLOYS
The course provides the basics regarding the metallurgy of titanium alloys and the technologies applicable to them.
SMT TRAINING
ALUMINUM AND ITS ALLOYS
The course provides the basics regarding the metallurgy of aluminum alloys and the technologies applicable to them.

