Sureweld 10P is an E6010 all-position cellulosic electrode developed for the pipe welding industry. It produces X-ray quality joints in all-positions and produces a steady, deep penetrating arc. It is ideal for general structural, ship, barge and storage tank fabrication and may be used for welding root passes in higher grade pipe in some circumstances.

| Typical Mechanical Properties | |
|---|---|
| As Welded | |
| Yield Strength | 67 ksi, 465 MPa |
| Tensile Strength | 79 ksi, 550 MPa |
| Elongation in 2" | 29 % |
| Typical Charpy V-Notch Impact Properties | |
| Testing Temperature 0ºF (-18ºC) | |
| As Welded | 27 ft.-lbs., 37 J |
| Testing Temperature -20ºF (-29ºC) | |
| As Welded | 22 ft.-lbs., 30 J |
| Typical Undiluted Weld Metal Analysis | |
| C | 0.12 % |
| Mn | 0.3 % |
| Si | 0.2 % |
| P | 0.009 % |
| S | 0.017 % |
| Part No. | Model / Product Description | UPC |
|---|---|---|
| 811004316 | SW SCASE 7018 1/8 10P+ 3/32 | 662303069773 |
| 811005305 | SW SCASE 10P+ 1/8 10P 1/8 | |
| 811005008 | SW 10P 3/32X12X25#CT | 662303050498 |
| 811005016 | SW 10P 1/8X14X50#CT | 662303050504 |
| 811005024 | SW 10P 5/32X14X50#CT | 662303050511 |
| 811005032 | SW 10P 3/16X14X50#CT | 662303050528 |
| 811005040 | SW 10P 3/32X12X50#HS | 662303050535 |
| 811005057 | SW 10P 1/8X14X50#HS | 662303050542 |
| 811005065 | SW 10P 5/32X14X50#HS | 662303050559 |
| 811005073 | SW 10P 3/16X14X50#HS | 662303050566 |
| 811003250 | SW 10P 3/32X12X5#VALP | 662303036416 |
| 811005081 | SW 10P 3/32X12X11#QP | 662303050573 |
| 811005099 | SW 10P 1/8X14X11#QP | 662303050580 |
| 811005107 | SW 10P 5/32X14X11#QP | 662303050597 |
| 811005115 | SW 10P 3/16X14X11#QP | 662303050603 |
| 811005123 | SW 10P 3/32X12X5#VALP | 662303050832 |
| 811005131 | SW 10P 1/8X14X5#VALP | 662303050849 |
| 811005149 | SW 10P 5/32X14X5#VALP | 662303050856 |
| 811005495 | SW 10P 3/16X14X5#VALP | 662303060015 |
| There are no accessories. |
|---|
Hold a short arc, but do not allow the coating to touch the molten pool. A slight oscillating motion is recommended in the horizontal and flat positions. Use a short whipping motion on vertical and overhead welds, allowing only enough time out of the crater for the metal to set up. Clean thoroughly between passes. Vertical down and flat position welds should be made at approximately the same amperages