SLDSJ101D
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  • SLDSJ101D

SLDSJ101D

SLDSJ101D is a fluorine-alkali sintered flux with an alkalinity of about 2.2, gray circular particles, and a particle size of 2.0-0.28mm (10-60 mesh). During welding, the arc combustion is stable, slag removal is easy, the weld formation is beautiful, and the deposited metal has high low-temperature impact toughness. During DC welding, the welding wire is connected to the positive rod.

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SLDSJ112


1SLDSJ112 is a fluorine alkali alkaline sintered flux, with gray white circular particles, particle size of 10-60 mesh, and alkalinity of 2.6. It is made from powders such as silicate, carbonate, fluoride, metal oxide, and iron alloy through processes such as balling, low-temperature drying, and high-temperature sintering. The performance of the flux can replace Lincoln's 801 flux in the United States, with beautiful weld formation, smooth surface, no slag inclusion, porosity, and cracks, and good welding process.

SLDSJ601


SLDSJ601 is an alkaline sintered flux for submerged arc welding of stainless steel and heat-resistant steel, with a particle size of 3.0-0.28mm (10-60 mesh). It is used for direct current welding and welding to the positive rod. Stable arc combustion, easy slag removal, beautiful weld formation, and excellent intergranular corrosion resistance of weld metal.

SLDSJ609


SLDSJ609 is a fluorine alkali type high alkalinity low hydrogen sintered flux with an alkalinity of about 2.2. The flux is circular particles with a particle size of 2.0-0.28mm (10-60 mesh). Adopting DC power supply, welding wire connected to positive rod, excellent welding process performance, stable arc, excellent slag removal performance, and beautiful welding formation. The weld seam has excellent crack resistance and high low-temperature impact toughness.

SLDSJ603W


SLDSJ603W is a fluorine-alkali alkaline (B ≈ 2.0) sintered flux, with spherical particles and particle size of 2.0-0.28mm (10-60 mesh). It is used for both AC and DC purposes, with stable arc stability, good high-temperature slag removal performance, and strong resistance to porosity. The flux contains deoxidizers and alloying agents, and the weld seam has excellent low-temperature impact toughness.

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