… for the submerged arc process in combination with our fused flux FL 880 or agglomerated flux FL 838 or FL 839. … Ni 6625 / NiCr22Mo9Nb / … X1NiCrMoCuN25 20 5 - NiCr21Mo - 8XNi9 ASTM: A 533 Gr1 UNS: S31254 - N08800 - N08810 - N06600 - N06625 - N08825 - N08926 - N08020 Alloy 254 …

… are achieved with our agglomerates flux FL 838 or fused flux FL 880. … S355, C45, Cr(NiMo) steels, CrNi(Mo) steels … SACW 410 NiMoNbVW …

… resistance. Weldable with the Sub-Arc process using Ceweld ® Flux FL 880.  … Cap layers for joining refractory Cr-Al-Si steels., cladding …

… wire) for high temperature creep resistant steels. Flux CEWELD® FL 880 … X12CrMo5, GX12CrMo5 ASTM: A182/A336 Grade F5, A199/A213 Grade T5, …

… 304L. High resistance against intergranular corrosion. Fused flux FL 880 of agglomerated flux FL 838 can be used … 1.4541, 1.4550, 1.4552 …

… ensure satisfactory performance. SA 90S-B9 is best to be used with FL 880 high basic agglomerated flux to obtain optimum creep properties. … …

… down to -196°C. This wire can be welded with our fused flux FL 880 or agglomerated flux FL 838 or FL 839. … Inconel alloy C-276, ASTM …

… a risk of intergranular corrosion. can  be used with our fused flux FL 880 or agglomerated fluxes FL 838 or FL 8111.  … 1.4583, 1.4435, …

… face metal to metal wear problems . Fused flux CEWELD® FL 880 or agglomerated flux CEWELD® FL 838 can be used.  … Shafts, Valves, …

… to cracking due to its high elongation. We recommend CEWELD FL 880 or FL 838 as welding flux … 19%Cr,  9%Ni Type, ISO 15608: 8.1 < …