
Achieve professional-grade results on your stainless steel projects with this 10 lb spool of ER316LSi MIG Wire. Designed for welders who demand both performance and ease of use, this 0.030" wire is the perfect choice for fabricating or repairing 316-grade stainless steel equipment. Whether you are working on food service counters, marine boat fittings, or pharmaceutical tanks, this wire delivers a clean, strong, and corrosion-resistant weld every time.
What sets the 316LSi apart from standard stainless wire is its unique high-silicon formula. If you have ever struggled with a sluggish weld puddle or a ropey bead appearance, this wire is the solution. The added silicon helps the molten metal flow more freely, allowing it to "wet out" smoothly against the base metal. This creates a flatter, more aesthetically pleasing bead that requires less grinding and polishing—a huge time-saver for cosmetic applications. Additionally, the low carbon content ensures that your welds remain rust-resistant even in tough conditions, maintaining the integrity of the stainless steel.
This 10 lb spool is sized perfectly for medium-duty fabrication shops and fits most standard wire feeders that accept 8-inch spools. The wire is precision-wound to prevent tangling and bird-nesting, ensuring that your wire feeder runs smoothly without interruption. Compatible with standard MIG welding setups using DCEP polarity and appropriate shielding gas (such as Tri-Mix or Argon/O2), this Central Wire product offers the reliability you need to tackle high-value stainless steel jobs with confidence.
| Additional Information |
|---|
| Brand:Central Wire |
| Diameter:0.030 in |
| Grade:316LSi |
| Packaging:10 lb Spool |
| AWS Spec:ER316LSi |
| Weld Process:MIG (GMAW) |
| Polarity:DCEP |
| Material Composition:Stainless Steel |
| Wire Diameter:0.030" |
| Wire Type:Solid |
| Shielding Gas Requirement:Argon/CO2 Mix, Tri-Mix (He/Ar/CO2) |
| Spool Size:10 lb |
| AWS Classification:ER316LSi |
| Applications:Food Processing, Marine, Chemical Tanks |
| Packaging Description:1of1 |