Staincord 316L-16

All Positional, Rutile Type Stainless Steel Electrode

Staincord 316L-16 is a “state-of-the-art” formulation for highest quality all position stainless steel welding. The extra low carbon alloy is specifically indicated for general purpose alloy for most common 300 series, stainless alloys and 409, 444 and 3CR12 ferric type alloys.

Processes: MMAW, SMAW

Staincord 316L-16 - 2.5mm (2.5kg Pk) Staincord 316L-16 - 3.2mm (2.5kg 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 4854-B - E316L-16
AWS A5.4: E316L-16

Applications

FOR MOST COMMON 300 SERIES STAINLESS ALLOYS

SUITED TO 409, 444 & 3CR12 FERRIC TYPE ALLOYS

Smooth Running

Smooth Running

The Staincord 316L-16 welds are exceptionally smooth to run and give a nice flat weld finish.

Excellent Slag Removal

Excellent Slag Removal 

The Staincord 316L-16 produces easy to remove slag making clean-up quick and easy.

Specifications

Typical All Weld Metal Chemical Analysis

C

0.025

Mn

0.85

SI

0.65

Cr

18.0

NI

12.0

Mo

2.2

P

0.035

S

0.013


Typical All Weld Metal Mechanical Analysis

Tensile Strength

580 MPa

Elongation

43%

Resources

Staincord 316L-16

All Positional, Rutile Type Stainless Steel Electrode

Staincord 316L-16 is a “state-of-the-art” formulation for highest quality all position stainless steel welding. The extra low carbon alloy is specifically indicated for general purpose alloy for most common 300 series, stainless alloys and 409, 444 and 3CR12 ferric type alloys.

Processes: MMAW, SMAW

incl. gst
Staincord 316L-16 - 2.5mm (2.5kg Pk) Staincord 316L-16 - 3.2mm (2.5kg 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 4854-B - E316L-16
AWS A5.4: E316L-16

Applications

FOR MOST COMMON 300 SERIES STAINLESS ALLOYS

SUITED TO 409, 444 & 3CR12 FERRIC TYPE ALLOYS

Smooth Running
Easy Slag Removal

Specifications

Typical All Weld Metal Chemical Analysis

C

0.025

Mn

0.85

SI

0.65

Cr

18.0

NI

12.0

Mo

2.2

P

0.035

S

0.013


Typical All Weld Metal Mechanical Analysis

Tensile Strength

580 MPa

Elongation

43%

Resources

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