Product

Standard

Weld Metal Analysis

Applications

Mechanical Properties

AWS: E 308 Mo L – 16

DIN 8556:E 19 9 3 R 23

EN 1600:E 19 9 3 R 32

EN ISO 3581:E 20.10.3 R 23

Recovery: 110%

Current: = (+) / ~

C: max. 0.05

Cr: 18,0 – 20,0

Ni: 8,0 – 10,0

Mo: 2,5 – 3,5

Rutile-basic coated electrode. The weld deposit is austenitic-ferritic.

Suitable for joint welds with the the risk of cracks like joint welds of ferritic with austenitic materials.
The weld deposit is rust- and acid-resistant. The electrode has excellent welding properties. The arc is stable and free from spatters.

Self removing slag.
Undercut does not occur.

T: 570 – 590 N/mm²

Y: 370 – 390 N/mm²

E(1=5d): 27 – 30 %

I: 70 – 75 Joule

AWS: E 308 Mo – 26

DIN 8556: E 19 9 3 MPR 26

EN 1600: E 19 9 3 R 52

EN ISO 3581:E 19.9.3 R 25

Recovery: 160%

Current: = (+) / ~

C: max. 0.05

Cr: 18,0 – 20,0

Ni: 8,0 – 10,0

Mo: 2,5 – 3,5

The electrode is especially appropriate for joint welding of austenitic with ferritic materials (black and white welding). The welding deposit is especially crack-resistant due to the high ferrite content.

The electrode should not be welded when coating is damaged. Because of its high melt-off efficiency the electrode is very economical.

T: 570 – 590 N/mm²

Y: 370 – 390 N/mm²

E(1=5d): 27 – 30 %

I: 70 – 75 Joule

 AWS: E 307 – 15

DIN 8556: E 18 8 Mn B 26

EN 1600: E 18 8 Mn B 42

EN ISO 3581:E 18.8 Mn B 24

Recovery: 110%

Current: = (+) / ~

C: max. 0.08

Cr: 17,0 – 19,0

Mn: 5,0 – 7,0

Ni: 7,0 – 9,0

Lime – basic coated electrode with fully austenitic structure suitable for joint welds of unalloyed and alloyed steels for hardening and tempering as well as tool steels with each other or with austenitic CrNi-steels, especially for hardfacing on work pieces subject to impact load or rolling wear like rail bend, points, crusher and excavator teeth, mill hammers.

On mechanical strain coldhardening of the weld deposit may occur. It is corroison and scale resistant up to 900 ºC.

T: 550 – 570 N/mm²

Y: 320 – 340 N/mm²

E(1=5d): 37 – 40 %

I: 75 – 85 Joule

AWS: E 307 – 16

DIN 8556: E 18 8 Mn R 26

EN 1600: E 18 8 Mn R 12

EN ISO 3581:E 18.8 Mn R 21

Recovery: 100%

Current: = (+) / ~

C: max. 0.08

Cr: 17,0 – 19,0

Mn: 5,0 – 7,0

Ni: 7,0 – 9,0

Fully austenitic special electrode with rutile-basic coating for joint welds on materials of difficult weldability. High plasticity. Suitable as buffer layers for hardfacings on work pieces subject to impact strain or rolling wear like rail bends, points, crusher, excavator teeth and mills hammers.

On mechanical strain coldhardening of the weld deposit may occur. It is corrison and scale resistant up to 900 ºC.

T: 550 – 570 N/mm²

Y: 320 – 340 N/mm²

E(1=5d): 37 – 40 %

I: 75 – 85 Joule

AWS: E 307 – 26

DIN 8556:E 18 8 Mn MPR 26 160

EN 1600: E 18 8 Mn R 52

EN ISO 3581:E 18.8 Mn R 25

Recovery: 160%

Current: = (+) / ~

C: max. 0.08

Cr: 17,0 – 19,0

Mn: 5,0 – 7,0

Ni: 7,0 – 9,0

Electrode well suited for crack and wear-resistant joining and overlays on steels with high strength like St 60, St 70 and high – maganese with low-alloyed materials.

The electrode is easy to weld, has good slag removal and is – due to its recovery of 160% – very economical. The weld deposit is strain hardening, rust and corrosion resistant as well as scale-resistant up to 900 ºC.

T: 550 – 570 N/mm²

Y: 320 – 340 N/mm²

E(1=5d): 37 – 40 %

I: 75 – 85 Joule

AWS: E 312 -16

DIN 8556: E 29 9 R 23

EN 1600: E 29 9 R 12

EN ISO 3581:E 29.9 R 21

Recovery: 100%

Current: = (+) / ~

C: max. 0,10

Cr: 27,5 – 30,0

Ni: 8,0 – 10,0

Electrode with rutile-basic coating, with austenitic-ferritic structure, fulfilling highest demands. Developed for joint welds of steels of difficult weldability such as tool steel, spring steel, high-maganese steel etc.

Varied application in repair and maintenance of machines, shafts, gearwheels, especially in the field of building machinery.

Also appropriate as buffer layer for the above-mentioned materials.

Very successful because of its soft, stable arc, its easy, spatter free, application and the very good slag removal with no residues.

T: 750 – 820 N/mm²

Y: 570 – 610 N/mm²

E(1=5d): 18 – 22 %

I: 48 – 55 Joule

AWS: E 312 -16

DIN 8556: E 29 9 R 23

EN 1600: E 29 9 R 12

EN ISO 3581:E 29.9 R 21

Recovery: 100%

Current: = (+) / ~

C: max. 0,10

Cr: 27,5 – 30,0

Ni: 8,0 – 10,0

Electrode with rutile-basic coating, with austenitic-ferritic structure, fulfilling highest demands. Developed for joint welds of steels of difficult weldability such as tool steel, spring steel, high-maganese steel etc.

Varied application in repair and maintenance of machines, shafts, gearwheels, especially in the field of building machinery.

Also appropriate as buffer layer for the above mentioned materials.

Very successful because of its soft, stable arc, its easy, spatter free, application and the very good slag removal with no residues.

Extra: Alloy components in coating and core wire.

T: 750 – 820 N/mm²

Y: 570 – 610 N/mm²

E(1=5d): 18 – 22 %

I: 48 – 55 Joule

AWS: E 312 – 26

DIN 8556:E 29 9 MPR 26 160

EN 1600:E 29 9 R 52

EN ISO 3581:E 29.9 R 25

Recovery: 160%

Current: = (+) / ~

C: max.0,10

Cr: 27,0 – 30,0

Ni: 8,0 – 10,0

Austentic-ferritic special electrode for joints on steels of difficult weldability. The weld deposit is austenitic-ferritic, has a good deformability behavior and is extremely crack resistant.

Possible to weld tool steels, spring steels, high – manganese steels and steels of similar kind with each other.

The electrode is easily to weld, has very good slag removal and is very economical due to its recovery of 160%.

T: 750 – 820 N/mm²

Y: 570 – 610 N/mm²

E(1=5d): 18 – 22 %

I: 48 – 55 Joule