C Mn Si S P Cr Ni Fe MoYeild Point (

бs Mpa )

Tensile

Strenght

( бs Mpb )

Elongation ( δ

5,% )Akv Value (J)

Pawel cord E

6013

Medium Coated

Rutile

AWS/ASME SFA-

5.1-91 E6013F,H,V, OH

AC or DC

(pole-)0.12 0.4 0.3 0.03 0 - - - - >305 N/mm²

400-

560N/mm²>22%

20ºC > 65J

0ºC > 50J -

20ºC > 45J

Pawel R

(Rutile)

High Coated

Rutile

AWS/ASME SFA-

5.1-91/E 601F,H,V, OH

AC or DC

(pole-)0.12 0.4 0.3 <0.03

<0.0

3- - - - >305 N/mm²

400-

560N/mm²>22% 20ºC > 65J

Ilminite-301

Medium coated

with low

spattering

DIN 1913

E 4300 A2F,H,V, OH

AC or DC

(pole-)

0.08

(max)0.45 <0.1 - - - - - - >305 N/mm²

415-

500N/mm²22% 20ºc > 50J

Pawel 7024

(Ferrocito)

Rutile type

heavy coated

AWS/ASME SFA-

5.1 E 7024F,H,V, OH

AC or DC

(pole-)0.10 0.60 0.45 0.03 0 - - - - >380 N/mm²

510-

610N/mm²>22%

20ºC > 65J

0ºC > 50J

Pawel 7016

universe

Basic type

universal

AWS/ASME SFA-

5.1 E 7016F,H,V, OH

AC or DC

(pole+)0.10

0.6-

1.10.5-0.8 0.03 0 - - - - >360 N/mm²

490-

610N/mm²>24% 20ºC > 65J

Pawel 7016

universe-W-

AWS/ASME SFA-

5.1 E 7016F,H,V, OH

AC or DC

(pole+)- - - - - - - - - - - - -

Pawel Cito

7018 Spl

Basic coated

hydrogen

controlled

AWS/ASME SFA-

5.1-91 E

7018

F,H,V, OHAC or DC

(pole+)

0.12

(max)

0.8-

1.20.75

0.03

(max)

0.03

(max

)

- - - - >399 N/mm²510-

610N/mm²>22%

20ºC > 65J

0ºC > 50J -

20ºC > 45J

Pawel 10018High Tensile fine

grainded

AWS/ASME SFA-

5.1-96 E

10018-G

F,H,V, OHAC or DC

(pole+)0.06 1.50 0.50 - - 0.40 2.10 - 0.40 >700 N/mm²

780-

880N/mm²>17%

20ºC > 100J -

20ºC > 80J

Citocromax-NMaganese

alloyed steel

AWS/ASME SFA-

5.4-93 E 307

- 15

F,H,V, OHAC or DC

(pole+)

0.12

(max)

5.0-

7.00.2-0.7 - -

19.0-

22.0

9.0-

11.0- - >350 N/mm²

550-

690N/mm²>40% 20ºC> 100J

Cromax- 370R

High alloyed

with high crack

resistance

AWS/ASME SFA-

5.4-93 E 307

- 16

F,H,V, OHAC or DC

(pole+)0.10 4.50 0.70 - - 19.00 9.00 - - >400 N/mm² 600N/mm² >30% 20ºC> 70J

Inox 29/9

Austinite ferritic

with stainless

steel

AWS/ASME SFA-

5.4-93 E 312

- 16

F,H,V, OHAC or DC

(pole+)0.12

1.0-

2.50.70 - - 28-32 9.00 - - >450 N/mm² >600N/mm² >22% -

CI-600Hard facing for

cast iron

AWS/ASME SFA-

5.15 / ESt F,H,V, OH

AC or DC

(pole+)

0.15

(max)0.5

0.03

(max) <0.04

<0.0

4- - - - - - - -

Pawel NiFeFerro-nickel

alloy

AWS/ASME SFA-

5.15-90- E NiFe-

C1

F,H,V, OHAC or DC

(pole+)1.00 - - - - - ### - - - >450 N/mm² - -

Pawel Super Ni

99

Nickel electrode

for grey cast

iron

AWS/ASME SFA-

5.15-90- E Ni-C1 F,H,V, OH

AC or DC

(pole+)- - - - - - ### - - >300 N/mm² - -

Pawel Product Specifications

Type of

Current

Dissimilar steel Electrodes

Mild Steel Electrodes

Mild Steel Special Electrodes

Low Hydrogen Electrodes

Fine Grained Structural Steel Electrodes

Cast Iron ( Non-machinable ) Electrodes

Welding

Position

Cast Iron ( Machinable ) Electrodes

Equivalent NormType of

CoveringItem name

Standard & Typical Chemical Composition of Deposited

Metal(%)Standard & Typical Propertise of Deposited Metal(%)

C Mn Si S P Cr Ni Fe MoYeild Point (

бs Mpa )

Tensile

Strenght

( бs Mpb )

Elongation ( δ

5,% )Akv Value (J)

Pawel ManganWear resistant

hard-facing

AWS/ASME SFA-

5.13 E Fe Mn F,H,V, OH

AC or DC

(pole+)0.7 13 0.3 - - - 2-3.5 - - - - - -

Pawel HB 67Carbide

electrode

DIN 8555 E-10-

UM-65-GRZF,H,V, OH

AC or DC

(pole+)5 1 1 - - - - rest off 8.5 - - - -

Pawel HB 65Carbide

electrode

DIN 8555 E-10-

UM-65-GRZF,H,V, OH

AC or DC

(pole+)1.7 0.8 0.3 - - 16 - - 2.5 - - - -

Pawel HB 64

Heavy coated

rutile type highly

wear resistant

AWS A5. 13-80

CLASS E FECR-A1F,H,V, OH

AC or DC

(pole+)3.0-5.0

4.0-

8.01.0-2.5 - - 26-32 - Remainder 2 - - - -

Pawel HB 25Basic Type

Electrode

DIN 8555 : E 1 -

UM- 200F,H,V, OH

AC or DC

(pole+)

0.08-

0.15

2.5-

3.50.8-1.2 - - - - - - - - - -

Pawel HB 35Basic Type

Electrode

DIN 8555 : E 1 -

UM- 300F,H,V, OH

AC or DC

(pole+)

0.08-

0.153.5 0.8-1.2 - - - - - - - - - -

Item name Type of

CoveringEquivalent Norm

Welding

Position

Type of

Current

Standard & Typical Chemical Composition of Deposited Metal(%) Standard & Typical Propertise of Deposited Metal(%)

Hard Facing (Non-Machinable) Electrodes

Hard Facing (Machinable) Electrodes