AWS Class E347T0-1/T0-4 Flux Core Wire

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Walid Stainless, located in Tunis, Tunisia, has earned a solid reputation as a reliable manufacturer and supplier of top-notch welding consumables, particularly advanced flux-cored stainless steel wires. One of their standout products is the AWS Class E347T0-1/T0-4 flux core wire, crafted to ensure consistent arc stability and exceptional weld quality, even in tough conditions. This wire is specifically designed for welding stabilized austenitic stainless steels, providing smooth performance, minimal spatter, and robust, crack-resistant weld deposits. Walid Stainless adheres to rigorous quality control and modern manufacturing practices, serving industries like chemical processing, power generation, petrochemical, and construction, where dependability and corrosion resistance are paramount.

AWS Class E347T0-1/T0-4 Flux Core Wire Specifications

Classification	AWS A5.22, E347T0-1/T0-4
Form	Welding Flux Core Wire
Type Of Welding	Gas Shielded
Diameters	.045”, 1/16”
Shielding Gas	100% CO2, 75-80% Ar/ balance CO2, 35-50 cfh
Welding Positions	All positions
AWS E347T0-1/T0-4 Flux Core Wire Application & uses	Hardware tools Metallurgy Machinery Construction Shipbuilding Petroleum Chemical plant Power sector Gas Industry

AWS Class E347T0-1/T0-4 Flux Core Wire Chemical Composition

C	Mn	Si	Cr	Ni	Nb	Mo	S	P
0.05	1.20	0.60	19.5	9.5	0.40	0.28	0.01	0.02

AWS Class E347T0-1/T0-4 Flux Core Wire Mechanical Properties

Tensile Strength, kpsi:	70 min
Yield Strength, kpsi:	*NS
Elongation %:	30 min

We offer These Products as per DIN, ISO, JIS or ANSI Standard.

Top AWS Class E347T0-1/T0-4 Flux Core Wire Manufacturing Company in Tunis

The AWS Class E347T0-1/T0-4 flux core wire features a niobium-stabilized, low-carbon austenitic stainless steel composition, primarily made up of iron, chromium (18–20%), nickel (9–11%), and niobium (columbium), along with small amounts of manganese and silicon. This stabilization helps prevent chromium carbide precipitation, enhancing resistance to intergranular corrosion at high temperatures. In terms of mechanical properties, the weld metal boasts a tensile strength of about 75 ksi (515 MPa) and an elongation of around 35%, ensuring excellent toughness and ductility. The self-shielding flux guarantees clean welds with minimal porosity, resulting in fully austenitic weld deposits that can withstand harsh service conditions.

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Types of AWS Class E347T0-1/T0-4 Flux Core Wire

E347T0-1/T0-4 Dual Shield Flux Cored Wire

High-quality E347T0-1/T0-4 dual shield flux cored wire offering excellent corrosion resistance and weld stability. Ideal for industrial applications requiring external shielding gas, such as petrochemical, marine, and construction industries, where high-performance welds are essential.

E347T0-1/T0-4 Self-Shielded Flux Cored Wire

Robust E347T0-1/T0-4 self-shielded flux cored wire designed for outdoor and field welding without external shielding gas. Provides superior corrosion resistance and mechanical strength, perfect for construction, shipbuilding, and repair applications in harsh environments.

E347T0-1/T0-4 Flux Cored Arc Welding Wire

Versatile E347T0-1/T0-4 flux cored arc welding wire delivering excellent weld quality, corrosion resistance, and mechanical properties. Suitable for a wide range of industrial uses, including pressure vessels, pipelines, and structural components in demanding conditions.

Largest AWS Class E347T0-1/T0-4 Flux Core Wire Supplier in Tunis, Tunisia

Walid Stainless is a leading supplier and stockist of high-quality AWS Class E347T0-1/T0-4 Flux Core Wire Flux Core Wire in Tunis, Tunisia. Our products are widely used in various applications, and we are committed to delivering excellent service, resulting in high customer satisfaction. Our unique finishing techniques further distinguish us in the stainless steel industry. We are dedicated to consistently providing superior products and effectively meeting our customer’s needs.

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AWS Class E347T0-1/T0-4 Flux Core Wire Uses

The AWS Class E347T0-1/T0-4 flux core wire is commonly used for welding stabilized stainless steels like AISI 347 and 321, especially in environments that are high in temperature and prone to corrosion. Typical applications include pressure vessels, heat exchangers, exhaust systems, refinery equipment, pipelines, and structural components in chemical and petrochemical facilities. Its self-shielded design makes it ideal for efficient outdoor and field welding, even when shielding gas isn’t an option.