CEWELD


FL 915 SAW Arc Submerged




FL 915

 
CATEGORY 
TYPE 
Agglomerated high speed basic flux for the SAW process.
APPLICATIONS 
Steel mill rollers, boiler works, pipes, ship building, structural steel works, tanks and pressure vessels, piston cladding, offshore applications etc
PROPERTIES 

Suitable for carbon (low alloy) and 13% Chromium alloy steel welding in single, multi-pass and multi wire applications (up to 5 wires) with very high welding speed. Recommended for weaving in cladding applications. The weld deposit produced in combination with corresponding sub-arc wires meets outstanding mechanical properties and in particular high toughness at low temperature. Excellent slag removal in fillet and groove welds even in extreme hot conditions.
-
Basicity:         2,2 (according to boniszewski)
Grain size:      2.0-0.28mm (10-60 meshes).

CLASSIFICATION
AWS 
A 5.17: EM 12K
5.17: F8A6-EH 12K
EN ISO 
14174: SA FB 1 65 DC
DIN 
32522: BFB 165DC
SUITABLE FOR 

Unalloyed steels: St 33 – St 52, Ship building: A, E, AH, EH, Boiler steels: HI-HIII, 17Mn4, 19Mn5, Pipe steels: St 37.0/4 – St 52.0/4, Fine-grain steels: StE 255 – StE 460 (S460)

APPROVALS 
CE approved
WELDING POSITIONS: 
NOMINAL FLUX COMPOSITION

SiO2+TiO2

MnO+Al2O3

CaO+MgO

CaF2

H2O

S

P

         

19

27

31

19

0.03

<0,024

<0,024

         

Current: DC or AC, in single or multi-wires up to 1000 Ampere per wire

MECHANICAL PROPERTIES

Classification of wire / flux combinations acc. to EN and AWS:

Wire

EN 756 (rsg)en 1597-1, type 3

Two run EN 1597-1, type 4

AWS A 5.17 / A 5.23

S2

EN 756 - S 38 4 FB S2

EN 756 - S-3T 3 FB S2

F7 A6-EM 12 (K)

S3(Si)

EN 756 - S 42 4 FB S3

EN 756 - S 4T 3 FB S3

F8 A6-EH 12 K

S2Mo

EN 756 - S 46 3 FB S2Mo

EN 756 - S 4T 3 F8 S2Mo

F8 P4-EA2-A2

S2Ni1

EN 756 - S 42 6 FB S2Ni1

EN 756 - S 4T 3 FB S2Ni1

F7P8-ENi1-Ni1

S3NiMo1

EN 756 - S 50 3 FB S3Ni1Mo

EN 756 - S 5T 3 FB S3Ni1Mo

F9P4-EF3-F3

S4Mo

-

EN 756 - S 5T 3 FB S4Mo

F9A4-EA3-A3

S1 CrMo5

-

EN 756 - S 4T 2 FB SCrMo5

F8 PZ-EB6-B6

REDRYING TEMPERATURE 
At 300-350ºC/2hr to obtain diffusible hydrogen 5 ml/100 gr. Max.
PACKING
In paper / plastic bags of 25 kg







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