~Agglomeated flux for Submerged ARC Welding: AWS A5.17, or AWS A5.23.
Agglomerated flux SJ101; AWS F7A4 EH14; F7A 4EM12K;
Agglomerated flux SJ303; AWS F7A0 EM12K; F6A2 EL8;
Agglomerated flux HF101G; for welding the steel pipeline F7A4 EM12K .
Fluoride basic type Agglomerated fluxLHSJ101G; F7A4 EH14.
EN 760. SA FB 1 65AC; AWS A5.17 F7A4 EH14;
Neutral basic type Agglomerated flux LHSJ301; F7A0 EM12K;
AWS. A5.17. F7A0 EM12K;
Alumina Rutile basic type Agglomerated flux LHSJ501; F7A2 EH14;
EN760 SA AB 1 76 AC. DIN 32522 B AB 1 76 10;
Aluminum Titanium active Agglomerated flux LHSJ501T;
EN760.SA AR 1 88 AC. AWS. A5.17 F7AZ EL12;
High Manganese oxide fused flux type LHHJ431;
AWS.A5.17 F6AZ EL12; JIS YSF42 W11;
Sub ARC welding wire: AWS. EL8; EM12K; EH14; EA1; EA2;
Sub ARC welding wire: H08A; H08MnA;H08MnMoA; H10Mn2;
Fused Flux for Submerged ARC Welding:
Medium Manganese Oxide Fused Flux LHHJ350:
Alloy steel;
High Manganese oxide Fused flux LHHJ431;
Low alloy steel;
No Manganese Oxide Fused Flux LHHJ107：
Stainless steel;
Low Manganese Oxide Fused Flux LHHJ260：
Stainless steel;
Stainless steel welding flux:
Agglomerated flux LH SJ102: GB/T17854 1999; NB T47018.4 2011；
Agglomerated flux LH SJ102G: AWS A5.23 2011 F55A4 EA3;
Agglomerated flux LH SJ106: GB T17854 1999; Hard facing and Overlay cladding;
Agglomerated flux SJ112; for welding the Stainless steel; Hard facing;
Agglomerated flux SJ414; for welding the Stainless steel;
Agglomerated flux SJ88; for welding the Stainless steel;
Agglomerated flux SJ601; for welding the stainless steel;
Stainless steel welding wire: ER308; ER316L;
The submerged arc welding flux has been widely used for making steel prefabrication, ship building and repairing, pressure vessel, Heavy Machinery, Boiler, steel pipeline, Stainless steel equipment
