Type
Hardfacing electrode with a tubular core wire containing C-Cr-Mo-B-V carbides.
classification
AWS
A 5.13: ~E FeCr-A7
EN ISO
14700: E Fe15
DIN
8555: E 10-UM-60-GZ
Applications
This electrode with his extreme recovery offers excellent wear resistance in high velocity, fine particle applications in which erosive wear is a major problem. Further to be used against high general wear and medium impact.
Type
Hardfacing electrode with a tubular core wire containing C-Cr-Mo-B-V carbides.
Applications
This electrode with his extreme recovery offers excellent wear resistance in high velocity, fine particle applications in which erosive wear is a major problem. Further to be used against high general wear and medium impact.
Propriétés

Due to the Mo-content, abrasion resistance can be kept also with increased temperatures. For Hardfacing of more than 3 layers it is recommended to buffer with an electrode like CEWELD E DUR 350 Kb that delivers a welding deposit of less hardness. Overlays on steel with high tensile strength should be buffered with CroNi 29/9 HL or 4370 HL.
Up to 3 times faster! (less current with more deposit)
No slag losses compare to 40% loss with standard electrodes.!
Low amperage offers much lower heat input!
6 mm is ideal to weld in position and on sharp edges!
Moisture resistant coating even in extreme humidity conditions!

Classification
AWS
A 5.13: ~E FeCr-A7
EN ISO
14700: E Fe15
F-nr
71
DIN
8555: E 10-UM-60-GZ
Convient pour

Tubular Hardfacing alloy for Sugar Mill knives and Hammers, Clinker Crushers, Liner plates, Ripper tines, Mixer blades, Gravel washing equipment, Ceramic mixer blades, Paddles, Extruders.

Positions de soudage
PA
PB
PC
PF
Etuvage
140°C / 2 hr
Analyse
C Mn Cr Ni Mo Nb V Fe W Co Cu Al Si Ti B N
4 0.6 25 2 0.6 1.7
Propriétés mécaniques
Heat
Treatment		 RP0,2
(MPa)		 Rm
(MPa)		 A5
(%)		 Hardness
As Welded 62 HRc
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