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WIRE SS 316LSI 045 HS 33#

Category 316
WAAW316LSI045 WAAW316LSI045
WAAW316LSI045 WAAW316LSI045
WAAW316LSI045 WAAW316LSI045
WAAW316LSI045 WAAW316LSI045

WIRE SS 316LSI 045 HS 33#

Item Code: WAAW316LSI045
ER316LSi has a higher silicon content along with a low carbon content, producing better arc stability, smoother bead appearance and excellent resistance to carbide precipitation. ER316LSi is used for welding austenitic acid-resistant steels such as those containing 18% Cr – 8% Ni – 2-3% Mo
Category 316

Fetching product details


ER316LSi has a higher silicon content along with a low carbon content, producing better arc stability, smoother bead appearance and excellent resistance to carbide precipitation. ER316LSi is used for welding austenitic acid-resistant steels such as those containing 18% Cr – 8% Ni – 2-3% Mo
  • Brand : Washington Alloy
  • Category : 316
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WIRE SS 316LSI 045 HS 33#

Category 316
WAAW316LSI045 WAAW316LSI045
WAAW316LSI045 WAAW316LSI045
WAAW316LSI045 WAAW316LSI045
WAAW316LSI045 WAAW316LSI045

WIRE SS 316LSI 045 HS 33#

Item Code: WAAW316LSI045
ER316LSi has a higher silicon content along with a low carbon content, producing better arc stability, smoother bead appearance and excellent resistance to carbide precipitation. ER316LSi is used for welding austenitic acid-resistant steels such as those containing 18% Cr – 8% Ni – 2-3% Mo
Category 316

Fetching product details


ER316LSi has a higher silicon content along with a low carbon content, producing better arc stability, smoother bead appearance and excellent resistance to carbide precipitation. ER316LSi is used for welding austenitic acid-resistant steels such as those containing 18% Cr – 8% Ni – 2-3% Mo
  • Brand : Washington Alloy
  • Category : 316
Call for price
- +
Compare
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