Shanti Metals is the best supplier, manufacturer, and dealer of AWS Class E308/308H-16 Coated Electrodes. Our team of expert quality checks and maintains the high quality of our product. We manufacture these electrodes with supreme quality raw materials and the latest new machinery. We produce these Coated Electrodes as per the customer’s needs.

AWS Class E308/308H-16 Coated Electrodes is also known by other trade names such as Alloy 308/308H-16, BOHLER FOX E 308H

Description Of AWS Class E308/308H-16 Coated Electrodes:

AWS Class 308/308H-16 electrodes were designed for the welding Types 304H & 304 where the temperature is more than 700°F, and that requires additional creep strength. It can equally use to weld stainless steel Types 301, 302, and 305. In some cases where the ductility of weld metal is a concern, 308/308H electrodes can be used. The basic thin coating of 308/308H-16 gives an excellent combination of welding performance in all conditions and high resistance to cracking.

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Composition Of AWS Class E308/308H-16 Coated Electrodes:

Alloy 308/308H-16 is made using carbon, chromium, copper, manganese, molybdenum, nickel, phosphorous, silicon, and sulfur elements.

Properties Of AWS Class E308/308H-16 Coated Electrodes:

Alloy 308/308H-16 has Flux that provides smooth arc transfer. Also, it has higher carbon content, which is used to improve tensile and creep strength in higher temperature applications. BOHLER FOX E 308H has versatile electrodes designed to weld several types of austenitic steels. It is used to weld un-stabilized austenitic stainless steels such as 302, 304H, and 305. Also, it provides a high carbon deposit for raised-temperature environments.

Applications Of AWS Class E308/308H-16 Coated Electrodes:

BOHLER FOX E 308H is used as a synthetic antioxidant in food and drink products. Also, it is used in pharmaceutical equipment, architectural, nuclear engineering, dairy, distillery, restaurant, equipment, and chemical tanks. Also, it is used in food and beverage, industrial, and general fabrication.