On the October 27th, 2026 14:00 additional two seminars in English:
“Fundamentals of Heat Treatment” (Arnold Horsch) from 2:00 p.m. to 6:00 p.m. – Basics of Heat treatment, without annealing – Iron Carbon Diagram and CCT-Diagram – Tempering – Basics of Carburizing – Testing of Heat Treated Parts (Hardness Testing, CHD Measurement, Structure analysis, NDT Testing on structure properties
and, alternatively: “How to Improve Vacuum Furnace Operation: Best Industry Practices” by J. Kowalewski
comprehensive range of topics, drawing from examples in Asia, the U.S., and Europe. Key topics include:
– User selection criteria for choosing the right vacuum furnace.
– Differences between gas and oil hardening and their effects on material hardenability.
– High and low-temperature vacuum brazing techniques.
– Comparisons of Inconel, copper, and silver brazing versus aluminum brazing.
– Distinctions between traditional atmospheric carburizing and low-pressure carburizing (LPC), including guidance on when to choose each method.
– Strategies for improving electric power efficiency.
– Steps to prevent contamination in vacuum furnaces.
– Identifying and managing furnace outgassing, along with distinguishing between real and virtual leaks in the vacuum chamber.
– Extending the life of the hot zone through preventive maintenance.
– How to obtain NADCAP certifications.
– Understanding Chinese high-pressure quench certification and navigating new export control regulations.
– Awareness of global quality standards that are essential to meet.
This lecture also offers strategies to enhance competitiveness against low-cost vacuum furnace operations.
Day 1 (October 28th, 2026)
8:00 – 9:00
Rejestracja, poranna kawa
9:00 – 11:00
Prezentacje - część 1 > SALA CHRYSLER A 1 Piętro
Janusz Kowalewski (Ipsen USA) > Member of the Heat Treatment Forum Hall of Excellence 2015:
Vacuum Heat Treatment / Best Practices for Aircraft Components for Polish Aerospace Companies
Damian Szarapanowski (SSI):
Cost and Quality Optimization of Processes and Cost Traceability in Modern Heat Treatment with Atmospheres
Dr. Roman Ritzenhoff (Lohmann):
Thermal Shock Resistance of Heat Resistent Castings for Heat Treatment Applications
Jiří Stanislav (JST) > Member of the Heat Treatment Forum Hall of Excellence 2019 :
Military Production & Aviation, Standards, Approvals, NATO and Heat Treatment
TBD
Hans-Jürgen Habernickel (IHI):
Transfer of the Carburizing Processes from SQ Furnace to Low-Pressure Vacuum technology While Maintaining Oil Quenching
Arnold Horsch > Member of the Heat Treatment Forum Hall of Excellence 2024:
KI Deep Learning - Evaluation of Eddy Current Signals for Determining Surface Layer Properties
Non-destructive Eddy Current Testing Equipment and Quality Control for Artillery Shells
Martin Strutzenberger (Rübig):
TBD
Dr. Edward Rolinski ("Doctor Glow"/ USA)
Plasma Nitride Surface Hardening of Titanium for Aerospace and Armament Applications
Uczestnicy Forum przedstawiają się: G+M Vacutherm i Schwäbische Härtetechnik Ulm (największa hartownia usługowa świata, przerabiająca 800 ton stali dziennie, której ciężarówki kursują też po Polsce)
19:00 – 23:00
Wieczorna kolacja i wręczenie nagrody "Member of the Heat Treatment Forum Hall of Excellence" dla osoby szczególnie zasłużonej dla branży
Day 2 (October 29th, 2026)
08:30 – 10:30
Prezentacje - część 5 > SALA CHRYSLER A 1 Piętro
Jiří Stanislav (JST) > Member of the Heat Treatment Forum Hall of Excellence 2019:
Introduction Into NADCAP Certification
Janusz Kowalewski (Ipsen USA) > Member of the Heat Treatment Forum Hall of Excellence 2015:
TBD
Partick Pouloux (BMI):
Turnkey Solutions for Heat Treatment Production Lines in the Aerospace and Defense Industries
Zakończenie Polskie Forum Hartownicze 2026 / zapraszamy wszystkich do darmowego uczestnictwa w kolejnym wydaniu Forum Mycia Przemysłowego
Dla wszystkich zarejestrowanych uczestników Polskiego Forum Hartowniczego organizujemy ponownie wycieczkę do hartowni japońskiego koncernu IHI w Niemczech (okolice Budziszyna), gdzie wszyscy będą mogli zapoznać się z w pełni zautomatyzowaną linią do niskociśniowego nawęglania próżniowego LPC. Firma IHI jest wynalazcą i właścicielem patentu na tę technologię.
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