Aluminum alloy wand with flux Ø 2 mm Harris aluxcor 98/2

Aluminum alloy wand with flux
Harris Aluxcor 98/2

If you wanted to buy a whole pack Click here

Excellent robustness and corrosion resistance to unite aluminum-aluminum or aluminum-copper or brass. Free flow with capillary attraction, unparalleled ductility and penetration.

The Aluminum zinc alloys Aluxcor They have a non-corrosive and non-hygroscopic cesium flow with a lower fusion temperature and a broader fusion interval than aluminum and silicon alloys.

Usually used for: Aluminum-aluminum, aluminum-copper, aluminum-brass.

Not indicated for magnesium aluminum alloys

ALUXCOR® is a new family of aluminum alloys with internal flux, characterized by excellent strength and corrosion resistance, for aluminum-aluminum joints, aluminum-copper or aluminum-brass. ALUXCOR® is characterized by particular fluidity, unparalleled capillary attraction characteristics, ductility and penetration.

BENEFITS
The flux inside the wand is released only after the necessary preheating. In this way both the flux that the alloy penetrate the joints at the right time
A precise percentage of flux ensures that the same is uniform in all welding points, guaranteeing excellent results.
Excellent joint hold and corrosion resistance.

The flux is protected inside the wire until the correct preheating. This helps prevent erosion caused by excessive silicon overheating.
Aluminum and aluminum alloys can be used in brazing with a procedure similar to that used for brazing other metals, but different fluxes are used, different intake metals and lower temperatures.
Not all aluminum alloys can be paid.

To increase the resistance of the alloys and mergers in aluminum, there are high amounts of binders. On the surface a film of oxides is created, which often prevents the wettability and wetting of the league.
It should always be considered that aluminum can have disadvantages that make brazing or welding difficult.
The most important two are: aluminum oxide (alumina) that is quickly formed on its surface in contact with air.
This thin layer, very hard, has a fusion temperature of over 2000 ° C, ie beyond the triple of the aluminum.
So it must be removed before brazing-welding, but it is difficult to do it. It also tends to absorb hydrogen from moisture, oil, paint or dirt, causing porosity during welding; The absence of color change when it is heated during brazing-welding.
Aluminum does not become red as the other metals, and once you reach 650 ° C about it it runs quickly and the piece to repair is irreparably damaged.

Tensile resists up to 241 N / mm2.

Fusion interval 377-385 ° C

The packaging of the weight of 0.2 kg contains 28 strokes of 500 mm long

We recommend use with a torch. An economic solution could be the mini welder at this link

 Click here for a better price in pack of 28 pcs