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TS EN 14700 E Fe8
EN 14700 E Fe8
DIN 8555 E 6-UM-60-P
Chemical Composition of Weld Metal % (Typical)
C Si Cr
0,5 1,8 9,0
Typical Base Material Grades
  • Applicability in final layer hardfacing of parts of earth and mineral mining machines, impact drilling and crushing devices, guide springs, edges of cutting tools, hard manganese steels, bucket edges and teeth, all of which are made of alloyed or unalloyed steels, as well as in other materials required to have high resistance to wear.
  • Electrode of basic type with thick coating.
  • lnclusion of chromium silicon alloy, very hard electrode.
  • Weld metal with ductile and cracking resistant behaviors: Crack resistance to impact forcing due to its high ductility. Machinability of weld metal through grinding only. Requirement of 2-3 layers hardfacing to obtain the highest resistance to wear.
  • Suitability of harder and/or higher quality steels to buffer layering with the GeKa electrodes LASER B 50, TEMPO B 63, or, in some cases, with the GeKa electrodes such as ELOX B 307, ELOX R 312.
  • Preheat heavy parts and higher tensile steels at 200°C-300°C. Re-drying : 300°C / 2h.
Mechanical Properties
Weld Metal Hardness (HRC) Soft Annealing Hardening Tempered
54 - 58 780- 820°C Slow Cooling in Furnace 1000 - 1050°C in oil 300- 400°C
Current Type
  • DC(+)
Operating Data
Product Code Diametré x Length (mm) Diameter x Length (inch) Welding Current (A) Weight g / 100 pcs
3010101822 Ø3,2 x 350 Ø1/8 x 14 100 - 140 3650
3010101825 Ø4,0 x 450 Ø5/32 x 18 140 - 180 6840
3010101828 Ø5,0 x 450 Ø3/16 x 18 180 - 230 10900



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