1. … Metal zones (WM) due to titanium nitride (TiN) precipitation in the still liquid metal in these zones, thus avoiding the risk of …
  2. … CrMoV-steels up to 550 °C. Due to the seamless production process the hydrogen content is below 3ml/100g weld metal even after long storage …
  3. … of the highest grades within the range of aluminum alloys and covers a huge range of alloys. Thicker sections should be preheated (150°C) …
  4. … FL 851 is an agglomerated semi-basic low hydrogen SAW flux. Basicity: about 1,7 (according to Boniszewski) …
  5. … metal conditioned by the high-basic slag in combination with very low hydrogen content. Suitable for heat treatment. Step cooling is …
  6. … tensile ductility, and is not normally subject to strain age cracking problems common for gamma prime strengthened alloys.  … NIckel based …
  7. … stress corrosion cracking. This alloy is often chosen to solve SCC problems, which may occur with 316L stainless … 2.4660, AISI 320 UNS …
  8. … metals in more than 60 countries worldwide.  During the last decade a huge number of new alloys have been developed  by our R&D team of …
  9. … due to its absolute insensitiveness for rust or diluted base metals. Hydrogen content: HD < 10ml/100g weld metal. … Reh ≤ 420 MPa (67 ksi) …
  10. … is able to Weld out of position at extreme currents and offers a Low hydrogen weld deposit. Excellent slag removal and protective gas is not …