DAIKOWT Al 99.5Ti

GTAW
  • ALUMINIUM ALLOYS
Al

Description

Solid rod for welding pure and mostly pure aluminum
Pure aluminum generally used in the food industry, in electrical engineering, in the chemical sector and in metallization. It's characterized by good fluidity and enhanced corrosion resistance. These welding wire rods are enhanced with Ti for grain refinement and weldable in all positions. Suitable for pure aluminum and mostly pure aluminum (max. 0.5% of alloying elements). Consumables suitable for welding aluminum and pure aluminum alloys.
Specifications
ISO 18273
S Al 1450
AWS A5.10
ER1450
Werkstoff Number
3.0805
Shielding
I1
Positions
PA, PB, PC, PD, PE, PF
Current
AC
Packaging Type
5kg carton tube
Asme qualifications
F-No (QW432)
43
A-No (QW442)
-
Chem. Comp. %
DEFAULT
Mn
0.03
Si
0.25
Cu
0.05
Fe
0.4
Ti
0.03
Zn
0.07
Mg
0.03
Mechanical Properties
min
variant
Tensile strength Rm MPa
-
80
Yield strength Rp0.2 MPa
0
35
Elongation A (L0=5d0) %
0
30
Impact Charpy ISO-V
-
-
Impact Charpy ISO-V
-
-
Welding Parameters
1.6 mm
2.4 mm
Ampere
60A - 90A
125A - 160A
Voltage
-
-
Packaging
Ø 1,2÷4,0 mm
Ø 1,2÷4,0 mm
Packaging Type
5kg carton tube
5kg carton tube
Al
Description

Application

Aluminum consumables for welding of alloys with mostly pure aluminum basis (maximum 0,5% of alloyed elements). Titanium acts as grain refiner offering the material special characteristics as, for example, a higher corrosion resistance. Applications in the chemistry, construction and food industry as well as in electrical engineering, in the chemical sector and in metallization. This alloy is also used for flame and arc spray metallizing.

Alloy Type

Consumables suitable for welding aluminum and pure aluminum alloys.

Microstructure

Pure aluminum (i.e. with a minimum aluminum content of 99.50%) presents a face-centered cubic (fcc) microstructure.

Materials


EN W.Nr.: EN AW-Al 99,0 (1200), EN AW-Al 99,7 (1070A), EN AW-Al 99,5 (1050A), EN AW-Al 99,5 (1350), EN AW-Al 99,8 (1080A).

Welding & PWHT

Weld surfaces often exhibit oxides and weld dirt, appearing in shades of gray to black, predominantly composed of aluminum oxide and magnesium oxide. To prevent lack of fusion defects, it is advisable to eliminate smut and oxides before applying another weld pass. The most straightforward method for this is to use a wire brush, whether manually or power-driven. Ensure the wire brush is clean and exclusively used on aluminum. It's crucial to understand and control the high melting and solidification rate associated with the gas metal arc welding process to avoid entrapped hydrogen gas in the welds and achieve optimal results. For thicker plate materials, preheating to 150°C is necessary for effective welding.

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