SAW, Arc submerged

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6

FL 155

FL 155

FL 155 is a highly basic SAW flux with low hydrogen content.
Basicity: About 3,4 (according to Boniszewski)
Current: DC or AC, in single or multi-wires
Grain size: K2-20

FL 838

FL 838

FL 838 is an agglomerated flux for SAW welding stainless steels and Nickel based alloys: AISI 308L, 347, 316L, 309L and 309LN.
Basicity: About 1,9 (according to Boniszewski)
Current: DC or AC, in single or multi-wires
Grain size: 2-1

FL 851

FL 851

FL 851 is an agglomerated semi-basic low hydrogen SAW flux.
Basicity: about 1,7 (according to Boniszewski)
Current: DC or AC, in single or multi-wires
Grain size: 2-16

FL 860 ESHC

FL 860 ESHC

FL 860 ESHC is a highly basic flux for Nickel based strip electro slag cladding.
Basicity: about 4,2 (according to Boniszewski)
Current: DC +
Grain size: 2-16

FL 915

FL 915

FL 915 is an agglomerated high speed basic flux for the SAW process.
Basicity: about 2,2 (according to Boniszewski)
Current: DC or AC, in single or multi-wires
Grain size: 2-28

FL CS165

FL CS165

FL CS165 is a fused flux for SAW welding un and low alloyed carbon steels.
Basicity: about 1,3 (according to Boniszewski)
Current: DC or AC, in single or multi-wires
Grain size: 1-16

SACW 4820 (1.4820)

SACW 4820 (1.4820)

The weld deposit shows excelent resistance against abrasion at elevated temperatures and can be easely machined. CEWELD® SACW 4820 should be welded with CEWELD® FL 838 SAW flux.

S2

S2

Solid drawn and rolled SAW wire with copper coating for improved current carrying capacity. S2 wire can be used with FL 180, FL188, FL 155 and FL 851 depending on the requirements and application. Approvals in combination with FL 188

S3

S3

S3 is a Solid wire for CMn and mild steels with yield strength up to ~460 MPa
Typical with FL 155 Flux.

S2Si

S2Si

Solid drawn and rolled SAW wire with copper coating for improved current carrying capacity. S2 wire can be used with FL 180, FL188, FL 155 and FL 851 depending on the requirements and application.