Short answer: HXSCO supplies stick welding electrodes from cellulosic E6010 and all-position E6013 to low-hydrogen E7018 and stainless E308 and E316, alongside our Welding Wire Supplier page and the process notes in our Stick Welding Electrode Guide.
At a Glance
Our Electrode Range
We stock cellulosic, rutile and low-hydrogen mild-steel rods plus stainless and hardfacing electrodes, with base metals in our Carbon Steel Supplier e Stainless Steel Supplier pages and the joining overview in our Metal Welding Guide.
| AWS | Tipo | Typical Use |
|---|---|---|
| E6010 | Cellulosic | Pipe, root pass |
| E6013 | Rutile | Sheet, general |
| E7018 | Low hydrogen | Structural, vessel |
| E308 / E316 | Stainless | Corrosion service |
| E312 | Stainless | Dissimilar joints |
Choosing the Right Rod
Cellulosic E6010 penetrates deep for pipe roots, E6013 is easy on thin sheet, and low-hydrogen E7018 controls cracking in structural and pressure work, with details in our Stick Welding Electrode Guide.
Storage and Dryness
Low-hydrogen rods are supplied in moisture-resistant packs and can be re-dried per spec to avoid hydrogen cracking, with the wider process view in our How to Weld Carbon Steel guide.
Quality and Certification
Lots carry MTC with deposit chemistry and Charpy data, with the document detail in our Mill Test Certificate Guide and verification in our Quality Inspection Guide.
Ordering and Lead Time
Share grade, diameter and quantity; plan with our MOQ and Lead Time Guide and price with our Price Quotation Guide.
Get a Quote
Tell HXSCO your requirements and we will respond with a competitive quote and lead time.
Perguntas frequentes
E6010, E6013, E7018, stainless E308 and E316 and hardfacing rods.
Yes – moisture-resistant packs, re-dryable per spec.
Cellulosic E6010 is standard for pipe root passes.
Yes – MTC with deposit analysis.
2.5, 3.2, 4.0 and 5.0 mm.
Source Welding Electrodes from HXSCO
HXSCO supplies stick electrodes from E6010 to E7018 and stainless grades with MTC. Send grade, diameter and quantity for a quote.