Reactor Pressure Vessel (RPV) Steels
Arctic Steels: Part Two
The Strain-Induced Melt-Activated (SIMA) Process: Part Two
Plasma Arc Welding of Titanium alloys
DataPLUS, jedinstveni novi modul sa podacima o koroziji, spojevima, dimenzijama, tolerancijama i prevlakama pomaže još boljem izboru optimalnih materijala! Kliknite za više detalja.
Total Materia Tips and Tricks 7th November 2019
Introduction to Total Materia 5th December 2019
Total Materia Tips and Tricks 14th January 2020
Total Materia nam je omogućila da rešimo na nedvosmislen način sve probleme koje smo imali u vezi sa pretragom alternativnih materijala u stranim državama. Zahvaljujuci Total Materiji izdali smo stvarnu "međunarodnu" specifikaciju za nabavku čelika u stranim zemljama.
Total Materia ostaje jedino sredstvo koje ćemo koristiti u ove svrhe.
Massimo Manfredini Bonfiglioli Industrial Gearmotors, Bolonja, Italija
Naša misija je jednostavna;da Total Materia postaneprvi i jediniizbor inženjera širom sveta
Prof. Dr Viktor Pocajt, CEOKey to Metals AG
RPV steels are a critical focus of material use in nuclear power plants since their integrity is fundamental to the environmental and safety issues that can be potentially catastrophic in the event of failure.
There are many technological and management challenges in working under the harsh conditions of the arctic and these challenges extend into the use of materials in many varied applications.
The strain induced melt activation (SIMA) process is a well-known semi-solid metal processing technology that helps to obtain a non-dendritic morphology by stirring the alloy in between the solidus and liquid point.
Welding of titanium can be relatively complex since at high temperatures the material can be very reactive and depending on the inclusion of impurities, they can also have a negative effect on overall weld integrity.