X – NICKEL – BASED ALLOY
EL -NiCr 28 Mo | C: 0.02 Cr: 28 | It was developed to weld materials in conjunction with low alloyed type steels as well as intermediate and top plating layers. The deposited overlay leaves a pierces and tension-resistant deposit that is also resistant lo intergranular corrosion, specifically from acids and non oxidizing materials. Service temperatures from -196°C to 350°C YS=350 TS=550 IV=50 C=30 |
| ENiCu-7 EL-NiCu 30 Mn 2.4366 | C:<0.03 Si: 0.4 Mn: 2 Cu: 31 Fe:<2.5 Al:<0.1 Ti:<0.5 Ni: rem. | Designed for butt welding and surfacing of nickel-copper, copper-nickel and nickel-copper plated steels. Also recommended for dissimilar joins like steel/nickel-copper or steel/copper/copper/nickel. It is an alloy with good strength and excellent resistance to a range of media, including sea water and dilute hydrofluoric and sulfuric acids. Service temperature from -196 C lo 350°C YS=300 TS=500 IV=90 (room temperature) IV=50at-196°C E=35 |
| ENiCrFo-3 EL-NiCr 15FeMn 2.4807 | C: 0.04 Cr: 16 Mn: 7 Fe: 8 Nb: 1.8 Ni: rem. | Nickel-based electrode with a basic coating for joining and cladding stainless, heal-resistant and cold-resistant steels. Scale-resistant up to 1300°C. Service temperature from -196°C to 550°C YS-370 TS=650 IV=82 at-196°C b=35 |
| ENiCrFe-2/MOD EL-NiCr19Nb 2.4648 | C:<0.04 Cr: 19 Mn: 3.5 Fe:<4 Nb: 2 Mo: 1 Ni: rem. | Basic-coated electrode with an alloyed core wire. Suitable for joining and cladding low alloyed and alloyed steels, welding iron and nickel-based alloys and for dissimilar joints. Approvate: TÜV, UDT. YS=420 TS=700 IV=96 at-196°C |
| ENiCrFe 2/MOD EL-NiCr16FeMn 2.4620 | C: 0.04 Cr: 16 Mn: 4 Mo: 1 Fe:<6 Nb: 2 Ni: res. | Nickel-based electrode with a recovery of 140% and excellent weldabilily on AC, even al low voltages. Suitable for joining and cladding stainless, heat-resistant and cold-resistant steels as well as welding dissimilar materials, such as low alloyed steels with Ni-based or Cu-based alloys. Free of embrittlement at high and low temperatures, non-scaling up to 1000°C, and cold tough down to -269°C. |
| ENiCrMo-5 E 23 UM 250 CKNPTZ 2.4883 | C: 0,06 Cr: 16 Mo: 16 Co: 2 W: 4 Fe: 5 Ni: rem. | It weld metal has outstanding physical characteristics and is resistant to both oxidative and reductive corrosion It work hardens under impact and machining to approx. 400HB, even at high temperatures without deforming the deposit. YS=500 TS=680 E=10 |
| ENiCrMo-4 EL-NiMo15Cr15 W E 23-UM-250-CKNPTZ 2.4887 | C:<0.02 Cr: 16 Mo: 16 W:4.2 V: 0.2 Fe: 5 Ni: res | It is a lime coated, high alloyed. nickel-based electrode for welding NiMoCr alloys such as C 276. The resulting deposit is resistant lo oxidation and reductive corrosion. Overlays are extraordinarily tough and harden with impact stress and high temperatures lo about 400 HB without deforming the deposit. YS= 500 TS=780 E= 25 |
| ENiCrMo-3 EL-NiCr20 Mo 9 Nb 2.4621 | C: 0.04 Cr:22 Mo: 9 Fe:<6 Nb: 3.5 Ni: res. | it is a nickel-based electrode with a recovery of 140% and excellent weldabilily on AC even al low voltages. Suitable for joining and cladding stainless, heat resistant and cold-resistant steels as well as welding dissimilar materials, such as low alloyed steels with Ni-based or Cu-based alloys. Non-scaling up lo 1100°C and cold laugh down to -196°C. YS=500 TS=750 IV=40 at -196°C E=35 |
| ENiCrMo 3 El –NiCr20 Mo 9 Nb 2.4621 | C:<0.03 Cr: 22 Mo: 9 Fe:<5 Nb: 2.7 | It is a lime coated, nickel-based electrode. Suitable for joining and cladding stainless, heat-resistant and cold-resistant steels as well as welding dissimilar materials, such as low; alloyed steels with Ni-based or Cu-based alloys. Non-scaling up to 1100°C and cold tough down to -196°C. YS=500 TS=750 IV=40 at -196°C E=35 |