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E Fe1 TS EN 14700
E Fe1 EN 14700
E 1-UM-250
DIN 8555
Chemical Composition of Weld Metal % (Typical)
C Si Mn Cr
0,15 0,8 1,0 1,0
Typical Base Material Grades
  • For tough builds up on rails, gearwheels, shafts, gear parts and couplings,
  • For buffer layers on carbon steels and low-alloyed steels with concurrent extreme compressive stress on anti -wear surfaces.
  • Preheat heavy parts and higher carbon steel qualities. Re-drying : 300°C / 2h
Features and Applications
  • Suitable for impact resistance.
  • Suitability of alloy types for different kind of requirements; 1) Mechanical friction is acceptable and non accetable. Mechanical impact is excellent and good. 2) thermal high temperature and thermal termo shock and corrosive are not acceptable. 3) crack resistance and machining are excellent. 4) Ferritic alloyed and martensitic microstructured. 5) Hardness ranges are 150 to 450 HB
  • Examples of applications; 1) System structures are solid to solid and boundry friction.
  • a) Type of wear is frictional. i) Examples of components are Guiding way, sliding rail.
  • b) Type of wear is impact wear. ii) Examples of components are valve rocker, cam.
  • c) Type of wears are rolling and friction. iii) Examples of components are Bogie wheel and track rails.
Mechanical Properties
Weld Metal Hardness (HB)
225 - 275
Current Type
  • AC
  • DC(+)
    Operating Data
    Product Code Diametré x Length (mm) Diameter x Length (inch) Welding Current (A) Weight g / 100 pcs
    3010101744 Ø3,2 x 350 Ø1/8 x 14 100 - 140 3670
    3010101747 Ø4,0 x 450 Ø5/32 x 18 140 - 180 6820
    3010101750 Ø5,0 x 450 Ø3/16 x 18 180 - 230 10570

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