Weldwell PZ6500

TIG Welding Wire

The Weldwell PZ6500 TIG wire is a double deoxidised copper coated wire eminently suited for welding in all positions. Under satisfactory conditions will provide less than 4 ml of hydrogen per 100g of weld metal. Suitable for carbon steels, pipe root runs and high-quality application.

Processes: GTAW

Weldwell PZ6500 - 1.6mm (5kg Pk) Weldwell PZ6500 - 2.4mm (5kg Pk) Weldwell PZ6500 - 3.0mm (5kg Pk)
Welding Position 1F
Welding Position 1G
Welding Position 2F
Welding Position 2G
Welding Position 3G Up
Welding Position 4F
Welding Position 4G
AS/NZS ISO 14343-B-SS309LSI
AWS A5.9 ER309LSI

Applications

TIG WELDING OF MILD & MEDIUM TENSILE STEELS, UNALLOYED & SOME LOW ALLOY STEELS

Provides Excellent X-Ray Qualities

Provides Excellent X-Ray Qualities

The Weldwell PZ6500 is suitable for mild to medium tensile steels, unalloyed and low alloyed steels and produces welds with excellent x-ray qualities.

Specifications

Typical All Weld Metal Chemical Analysis

C

0.08

Mn

1.49

Si

0.89

Typical All Weld Metal Mechanical Analysis

Yield Strength

443 MPa

Tensile Strength

542 MPa

Elongation

32%

CVN Impact Values

60J @ -50°C

Resources

Weldwell PZ6500

TIG Welding Wire

The Weldwell PZ6500 TIG wire is a double deoxidised copper coated wire eminently suited for welding in all positions. Under satisfactory conditions will provide less than 4 ml of hydrogen per 100g of weld metal. Suitable for carbon steels, pipe root runs and high-quality application.

Processes: GTAW

incl. gst
Weldwell PZ6500 - 1.6mm (5kg Pk) Weldwell PZ6500 - 2.4mm (5kg Pk) Weldwell PZ6500 - 3.0mm (5kg Pk)
Welding Position 1F
Welding Position 1G
Welding Position 2F
Welding Position 2G
Welding Position 3G Up
Welding Position 4F
Welding Position 4G
AS/NZS ISO 14343-B-SS309LSI
AWS A5.9 ER309LSI

Applications

TIG WELDING OF MILD & MEDIUM TENSILE STEELS, UNALLOYED & SOME LOW ALLOY STEELS

Provides Excellent X-Ray Qualities

Specifications

Typical All Weld Metal Chemical Analysis

C

0.08

Mn

1.49

Si

0.89

Typical All Weld Metal Mechanical Analysis

Yield Strength

443 MPa

Tensile Strength

542 MPa

Elongation

32%

CVN Impact Values

60J @ -50°C

Resources

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