TMW2

TUU 28.7-31749248-010:2006 EN ISO 17632-A: T 42 0 R Cl 3 AWS A5.20: E710-1C

Welding process: G – in shielding gas	Wire diameter, mm	Recommended shielding gases and fluxes
G	1,6-2,0

Purpose and scope

It is designed for gas shielded mechanied arc welding and cladding of welds of building metal structures, technological vessels and pipelines, parts and components of agricultural and railroad machines, hot-galvanization low-carbon steel tanks, machine building, transport and load-lifting machine engineering. 

Welding and technological properties

• Arc Stability - consistent and stable arc behavior, good weld bead appearance. The wire provides deep penetration of the base metal.

• Slag completely covers the weld bead, and easy to remove slag. High crack and pore resistance.
• Shielding gas.: 100% CO₂

 

Welding technology

• Welding in the lower position is performed at the location of the wire perpendicular to the weld bead or tilt «angle back».
• When welding angular joints with a leg more than 8 mm, transverse oscillations of the wire are obligatory.
• Use DC reverse polarity.

Deposit composition (Weld metal), %

C	Si	Mn	S	P
0.09	0.1	0.6	≤0.03	≤0.03

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Typical mechanical properties of the weld metal

Ultimate tensile strength, MPa	Yield Strength, MPa	Elongation (l = 5×d), %	Impact strength, KCV, J/cm2 at T °C
minimum			+20°	0°	-40°
560	440	16	≥60	≥35	-

Modes of the welding process

Wire diameter, mm	Current, A	Voltage, V	Wire overhang, mm	Gas consumption CO2, л/мин
1,6-1,8	120-350	22-32	15-25	5-14
2,0-2,2	150-400	24-34	15-25	6-16

Weld Positions

Ø 1,6-2,0 мм:

Delivery type (More)

Wire diameter, mm	Cardboard barrel			Molded skeins of frameless type		Frame drum (B)	Coil (S), (BS)
				Hank in the corrugation box	Metallic barrel
	To 100 kg	To 150 kg	To 300 kg	To 30 kg	To 70 kg	To 25 kg	To 15 kg
1.6	X	X	X	X	X	X	X
2.0	X	X	X	X	X	X	X

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