AWS Class E316/316H-16 Electrodes Manufacturer in Canberra, Australia

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Adam Stainless, located in Canberra, Australia, stands out as a top-notch manufacturer and supplier of premium welding consumables, including the highly regarded AWS Class E316/316H-16 electrodes. Known for their dependability and uniformity, Adam Stainless provides products that adhere to strict AWS standards, equipping welders with materials that guarantee robust, corrosion-resistant welds. The E316/316H-16 electrodes are a popular choice across various industries in Australia, catering to applications that require exceptional performance in challenging environments.

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These electrodes boast a chemical makeup that includes a healthy dose of chromium (17-19%), nickel (12-15%), and molybdenum (2-3%), which significantly boosts their resistance to pitting and crevice corrosion. The “H” variant is particularly noteworthy for its higher carbon content (up to 0.04%), which enhances strength at elevated temperatures. With tensile strengths around 75 ksi, these electrodes also offer impressive ductility and toughness. Their unique composition makes them perfect for welding austenitic stainless steels, where both corrosion resistance and mechanical strength are essential.

AWS Class E316/316H-16 Electrodes Specifications

Classification	AWS A5.4, E316/316H-16
Form	Welding Electrode, Welding Rods
Type Of Current	AC-DCEP (Direct Current Electrode Positive)
Welding Position	F, V, OH, H
Size	2.0 mm, 2.50 mm, 3.15 mm, 4.00 mm, 5.0 mm
AC/DC+	AC or DC (+)
JIS Specification	BS 2926 19.9 A R
Other Specification	DIN 8556 E19 9 R 23 A
AWS E316/316H-16 Coated Electrodes Application & uses	Petroleum Chemical plant Power sector Gas Industry Hardware tools Metallurgy Machinery Construction Shipbuilding

AWS Class E316/316H-16 Electrodes Chemical Composition

C	Cr	Ni	Mo	Mn	Si	P	S	Cu
0.04	17.0-20.0	11.0-14.0	2.0-3.0	0.5-2.5	1.00	0.04	0.03	0.75

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

Why Choose AWS Class E316/316H-16 Electrodes From Adam Stainless?

Largest Inventory

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Types of AWS Class E316/316H-16 Electrodes

Stainless Steel AWS Class E316/316H-16 Shielded Arc Electrodes

Known for exceptional resistance to corrosion and high temperatures, these electrodes are ideal for welding stainless steel structures. They typically come in diameters of 1/8″, 3/16″, and 5/32″ and are designed for shielded arc welding processes, ensuring strong, durable welds.

Stainless Steel AWS Class E316/316H-16 Light Coated Electrodes

Light-coated electrodes are suitable for welding thin sections of stainless steel and offering high corrosion and oxidation resistance. They are available in sizes such as 1/8″ and 5/32″, providing ease of use and flexibility in various welding applications.

Stainless Steel AWS Class E316/316H-16 Heavy Coated Electrodes

These electrodes provide superior corrosion resistance and durability, making them ideal for heavy-duty applications. With diameters ranging from 3/16″ to 1/4″, they are designed for robust welding tasks, ensuring strong joints and long-lasting performance in harsh environments.

You’ll find these electrodes frequently used in sectors like chemical processing, power generation, and marine applications, where welds face tough conditions and high temperatures. They’re ideal for fabricating pressure vessels, piping, and structural components that need to withstand chloride-induced corrosion. With stable arc characteristics and easy slag removal, E316/316H-16 electrodes create smooth, clean welds in various positions, ensuring long-lasting and dependable weld performance.

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AWS Class E316/316H-16 Electrodes Uses

AWS Class E316/316H-16 electrodes are widely used for welding austenitic stainless steels where there is a need for resistance to corrosion and elevated temperatures. The electrodes are suitable for welding 316 and 316H stainless steel material that is typically applied in chemical processing, petrochemical food processing, and power-generating industries. They exhibit good weldability and strength plus offer great protection to oxidation and corrosion, hence they may be used in environments that are harsh, high-pressure systems, and elevated temperatures.