Welding > Filler Metals > MIG Welding Wires | Bossweld 316Lsi Stainless Steel MIG Wire | Descriptions | For welding of similar composition (316 & 316L & in some cases 304 & 304L) as well as joining mild & low alloy. | The low carbon content ensures immunity from carbide precipitation | Intergranular corrosion when welding low carbon stainless steel grades & higher silicon levels offer improved arc stability, bead shape & edge wetting. | 316LSi would be considered the most widely used stainless steel MIG wire. | Size: 0.8mm (5kg Spool) | AWS Specification / Industry Specification | A5.9 ER316LSi | Features | Precision Layer wound wire | Low Carbon content reduces the risk of Carbide precipitation. | Easy starting and Smooth feeding wire | Higher Silicon content improves weld edge wetting | Welding Positions | All positions | Applications | Food processing equipment | Water processing filtration plants | General stainless steel fabrications
Welding > Filler Metals > MIG Welding Wires | Bossweld 316Lsi Stainless Steel MIG Wire | Descriptions | For welding of similar composition (316 & 316L & in some cases 304 & 304L) as well as joining mild & low alloy. | The low carbon content ensures immunity from carbide precipitation | Intergranular corrosion when welding low carbon stainless steel grades & higher silicon levels offer improved arc stability, bead shape & edge wetting. | 316LSi would be considered the most widely used stainless steel MIG wire. | Size: 0.8mm (5kg Spool) | AWS Specification / Industry Specification | A5.9 ER316LSi | Features | Precision Layer wound wire | Low Carbon content reduces the risk of Carbide precipitation. | Easy starting and Smooth feeding wire | Higher Silicon content improves weld edge wetting | Welding Positions | All positions | Applications | Food processing equipment | Water processing filtration plants | General stainless steel fabrications
Welding > Filler Metals > MIG Welding Wires | Bossweld 316Lsi Stainless Steel MIG Wire | Descriptions | For welding of similar composition (316 & 316L & in some cases 304 & 304L) as well as joining mild & low alloy. | The low carbon content ensures immunity from carbide precipitation | Intergranular corrosion when welding low carbon stainless steel grades & higher silicon levels offer improved arc stability, bead shape & edge wetting. | 316LSi would be considered the most widely used stainless steel MIG wire. | Size: 0.8mm (5kg Spool) | AWS Specification / Industry Specification | A5.9 ER316LSi | Features | Precision Layer wound wire | Low Carbon content reduces the risk of Carbide precipitation. | Easy starting and Smooth feeding wire | Higher Silicon content improves weld edge wetting | Welding Positions | All positions | Applications | Food processing equipment | Water processing filtration plants | General stainless steel fabrications
Welding > Filler Metals > MIG Welding Wires | Bossweld 316Lsi Stainless Steel MIG Wire | Descriptions | For welding of similar composition (316 & 316L & in some cases 304 & 304L) as well as joining mild & low alloy. | The low carbon content ensures immunity from carbide precipitation | Intergranular corrosion when welding low carbon stainless steel grades & higher silicon levels offer improved arc stability, bead shape & edge wetting. | 316LSi would be considered the most widely used stainless steel MIG wire. | Size: 0.8mm (5kg Spool) | AWS Specification / Industry Specification | A5.9 ER316LSi | Features | Precision Layer wound wire | Low Carbon content reduces the risk of Carbide precipitation. | Easy starting and Smooth feeding wire | Higher Silicon content improves weld edge wetting | Welding Positions | All positions | Applications | Food processing equipment | Water processing filtration plants | General stainless steel fabrications
Size
| Spool Weight (kg) | 5 |
| Spool Weight (kg) | 5 |
