… welding stainless steels and Nickel based alloys. Basicity: about 1,3 (according to Boniszewski) Current: DC or AC, in single or multi-wires …

… high speed basic flux for the SAW process. Basicity: about 2,2 (according to Boniszewski) Current: DC or AC, in single or multi-wires …

… for SAW welding un and low alloyed carbon steels. Basicity: about 1,3 (according to Boniszewski) Current: DC or AC, in single or multi-wires …

… highly basic SAW flux with low hydrogen content. Basicity: About 3,4 (according to Boniszewski) Current: DC or AC, in single or multi-wires …

… carbon steel welding with two or three passes. Basicity: about 0,4 (according to Boniszewski) Current: DC or AC, in single or multi-wires …

… Dur 6 Mo is free of Ni, Be. and Cadmium according EN ISO 22674. The alloy offers extreme low friction … welding on wear parts. 3D printing of parts for medical applications according class IIa medical device in accordance with annex IX rule 8 … 93/42/EEC. Composition corresponds to “type 4” CoCr dental material according to EN ISO 22674. … DUR 6 MoW … 22674: Type 4 …

… hardness with low and un-alloyed sub arc wires. Basicity: about 1,1 (according to Boniszewski) Current: DC or AC, in single or multi-wires …

… flux for stainless steel SAW welding. Basicity: about 2,6 (according to Boniszewski) Current: DC or AC, in single or multi-wires. …

… alloys: AISI 308L, 347, 316L, 309L and 309LN. Basicity: About 1,9 (according to Boniszewski) Current: DC or AC, in single or multi-wires …

… an agglomerated semi-basic low hydrogen SAW flux. Basicity: about 1,7 (according to Boniszewski) Current: DC or AC, in single or multi-wires …