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26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
26 3/32 X 14 X 5# ALUM ELEC
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode
Harris Aluminum 3/32 electrode

Diámetros / Embalaje

Diámetros
mm
4 ea Box
5 lb Tube
1/8 in (3.2 mm) 00026600POP 0002660
3/32 in (2.4 mm) 00026500POP 0002650

Electrodo de aleación de aluminio 26 Harris

Soldadura de Arco Metálico Protegido (SMAW) | 00026500POP

Electrodo de aleación de aluminio 26 Harris, tubo POP de 3/32 X 14

Detalles

El electrodo de aleación de aluminio, Harris26, presenta una combinación exacta de aleación de núcleo y recubrimiento, lo que proporciona una deposición de alta velocidad de soldaduras densas y mecanizables. Es muy utilizado en láminas, tuberías y extrusiones. También es adecuado para usarlo en aplicaciones de soplete. Envases prácticos para la exhibición en el punto de venta.

Características

  • Produce soldaduras fuertes y sin porosidad sin salpicaduras ni humos excesivos
  • Combinación precisa de alambre con núcleo y revestimiento, que proporciona una deposición de alta velocidad de soldaduras densas
  • Resistencia a la corrosión
  • Conductividad eléctrica:
  • Buena combinación de colores
  • On heavy sections, joints should be beveled to form a 60◦ to 75◦ vee
  • pre-heat heavy sections to 500◦F (260◦C) to flatten bead and reduce amount of amperage required
  • Widely used on sheet metals, tubes and extrusions for thicknesses of 1/8 in. (3.2 mm) or more
  • Typical applications include joining aluminum alloys (sheets, plates, castings and extrusions) with thicknesses of 1/8 in. (3.18mm) or more
  • Used on torch applications

Información de garantía

  • 1 Year