It is used for the welding of general structures on vehicles, and in construction. Suitable for protruding and fillet welding of thin sheets around 20 mm or less. Provides stable slag covering for flat welding and beautiful, glossy beads. Even greater weld permeation in high titanium oxides and lime titania which is suitable for welded joints and even thin plates that require ample welding permeation.

It is used for the welding of general structures on vehicles, and in construction. Suitable for protruding and fillet welding of thin sheets around 20 mm or less. Provides stable slag covering for flat welding and beautiful, glossy beads. Even greater weld permeation in high titanium oxides and lime titania which is suitable for welded joints and even thin plates that require ample welding permeation.

It is used for the welding of general structures on vehicles, and in construction. Suitable for protruding and fillet welding of thin sheets around 20 mm or less. Provides stable slag covering for flat welding and beautiful, glossy beads. Even greater weld permeation in high titanium oxides and lime titania which is suitable for welded joints and even thin plates that require ample welding permeation.

It is used for the welding of general structures on vehicles, and in construction. Suitable for protruding and fillet welding of thin sheets around 20 mm or less. Provides stable slag covering for flat welding and beautiful, glossy beads. Even greater weld permeation in high titanium oxides and lime titania which is suitable for welded joints and even thin plates that require ample welding permeation.

It is used for the welding of general structures on vehicles, and in construction. Suitable for protruding and fillet welding of thin sheets around 20 mm or less. Provides stable slag covering for flat welding and beautiful, glossy beads. Even greater weld permeation in high titanium oxides and lime titania which is suitable for welded joints and even thin plates that require ample welding permeation.

It is used for the welding of general structures on vehicles, and in construction. Suitable for protruding and fillet welding of thin sheets around 20 mm or less. Provides stable slag covering for flat welding and beautiful, glossy beads. Even greater weld permeation in high titanium oxides and lime titania which is suitable for welded joints and even thin plates that require ample welding permeation.

For welding in shipbuilding, construction, bridge building, pressure vessels, etc. Low-hydrogen rod designed for greater efficiency. Excellent X-ray performance and mechanical properties, and fast welding speed effectively improve welding efficiency.

For welding in shipbuilding, construction, bridge building, pressure vessels, etc. Low-hydrogen rod designed for greater efficiency. Excellent X-ray performance and mechanical properties, and fast welding speed effectively improve welding efficiency.

For welding in shipbuilding, construction, bridge building, pressure vessels, etc. Low-hydrogen rod designed for greater efficiency. Excellent X-ray performance and mechanical properties, and fast welding speed effectively improve welding efficiency.

For welding in shipbuilding, construction, bridge building, pressure vessels, etc. Low-hydrogen rod designed for greater efficiency. Excellent X-ray performance and mechanical properties, and fast welding speed effectively improve welding efficiency.

For welding in shipbuilding, construction, bridge building, pressure vessels, etc. Low-hydrogen rod designed for greater efficiency. Excellent X-ray performance and mechanical properties, and fast welding speed effectively improve welding efficiency.

For welding in shipbuilding, construction, bridge building, pressure vessels, etc. Low-hydrogen rod designed for greater efficiency. Excellent X-ray performance and mechanical properties, and fast welding speed effectively improve welding efficiency.

Suitable for thin middle shelves. Contains iron powder, and has excellent re-arc performance. The bead spreads out well, and it is suitable for tuck, intermittent, and fillet welding. Vertically downward motion is also possible under 3.2 mm.

Suitable for thin middle shelves. Contains iron powder, and has excellent re-arc performance. The bead spreads out well, and it is suitable for tuck, intermittent, and fillet welding. Vertically downward motion is also possible under 3.2 mm.

Suitable for thin middle shelves. Contains iron powder, and has excellent re-arc performance. The bead spreads out well, and it is suitable for tuck, intermittent, and fillet welding. Vertically downward motion is also possible under 3.2 mm.

Suitable for thin middle shelves. Contains iron powder, and has excellent re-arc performance. The bead spreads out well, and it is suitable for tuck, intermittent, and fillet welding. Vertically downward motion is also possible under 3.2 mm.

Suitable for thin middle shelves. Contains iron powder, and has excellent re-arc performance. The bead spreads out well, and it is suitable for tuck, intermittent, and fillet welding. Vertically downward motion is also possible under 3.2 mm.

Suitable for thin middle shelves. Contains iron powder, and has excellent re-arc performance. The bead spreads out well, and it is suitable for tuck, intermittent, and fillet welding. Vertically downward motion is also possible under 3.2 mm.

Suitable for protruding and fillet welding (downward and lateral). Capable of high-efficiency welding construction. Slag volume is about the same as that of solid wire.

Suitable for protruding and fillet welding (downward and lateral). Capable of high-efficiency welding construction. Slag volume is about the same as that of solid wire.