Heat-resistant Steel Welding Consumables
Basic Information
Pearlitic heat-resistant steel electrode R106Fe is an iron powder low-hydrogen type coating of pearlite heat-resistant steel Welding Consumables containing Mo0.5%. It can be used for both AC and DC, and can be welded in all positions.
Uses: Used for welding boiler pipes (such as 15Mo) whose working temperature is below 510℃, and also for welding general low-alloy steel.
Heat-resistant steel Welding Consumables model
R102 E5003-A1 1 Titanium-calcium type AC/DC Used for welding boiler pipes whose working temperature is below 510 degrees Celsius, such as 15Mo and other argon arc welding base welding.
R106Fe E5018-A1 E7018-A1 Iron powder low-hydrogen type AC/DC Used for welding boiler pipes (such as 15Mo) whose working temperature is below 510 degrees Celsius, and can also be used for welding general low-alloy steel
R107 E5015-A1 E7015-A1 Low-hydrogen type DC Used for welding boiler pipes (such as 15Mo) whose working temperature is below 510 degrees Celsius, and can also be used for welding general low-alloy steel
R202 E5503-B1 1 Titanium calcium type AC/DC Used for welding of 12CrMo and other pearlitic heat-resistant steels whose working temperature is below 510 degrees Celsius
R207 E5515-B1 E8015-B1 Low-hydrogen type DC Used for welding 12CrMo and other pearlitic heat-resistant steels whose working temperature is below 510 degrees Celsius
R302 E5503-B2 1 Titanium-calcium type AC/DC Used for welding boiler pipes whose working temperature is below 520 degrees Celsius, such as 15CrMo and other argon arc welding for base welding.
R307 E5515-B2 E8015-B2 Low-hydrogen type DC Used for welding 15CrMo and other pearlitic heat-resistant steels whose working temperature is below 520 degrees Celsius
R307B E5515-B2 E8015-B2 Ultra-low hydrogen type DC Used for welding of Cr-Mo heat-resistant steels, such as 15CrMo, 13CrMo and other steel reactors, heat exchangers, high-pressure vessels, etc., which have complex structural stress and restrictive heat-resistant steels Welding Consumables
Welding electrode:
R310 E5500-B2-V 1 Special type AC/DC Used for structural welding of pearlitic heat-resistant steel (such as 12CrMoV) with working temperature below 540 degrees Celsius
R312 E5503-B2-V 1 Titanium-calcium type AC/DC Used for argon arc welding of boiler pipes of pearlitic heat-resistant steels (such as 12CrMoV) below 540 degrees Celsius, and cover welding after argon arc welding.
R317 E5515-B2-V 1 Low-hydrogen type DC Used for structural welding of pearlitic heat-resistant steel (such as 12CrMoV) with a working temperature below 540 degrees Celsius
R327 E5515-B2-VW 1 Low-hydrogen type DC Used for welding 15CrMoV and other pearlitic heat-resistant steels whose working temperature is below 570 degrees Celsius
R337 E5515-B2-VNb 1 Low-hydrogen type DC Used for welding of 15CrMoV and other pearlitic heat-resistant steels whose working temperature is below 570 degrees Celsius
R340 E5500-B2-VWB 1 Special type DC for welding pearlitic heat-resistant steel structures below 620 degrees Celsius
R347 E5515-B2-VWB 1 Low hydrogen type DC for welding pearlitic heat-resistant steel structures below 620 degrees Celsius
R402 E6003-B3 1 Titanium calcium type AC/DC Used for argon arc welding of high-temperature and high-pressure pipelines whose working temperature is below 550 degrees Celsius.
R406Fe E6018-B3 E9018-B3 Iron powder low hydrogen type AC/DC welding Cr2.5Mo pearlite heat-resistant steel structure
R407 E6015-B3 E9015-B3 Low hydrogen type DC welding Cr2.5Mo pearlite heat-resistant steel structure
R427 E5515-B3-VNb 1 Low-hydrogen type DC Used for welding 12Cr2MoWVB and other heat-resistant steel structures whose working temperature is below 620 degrees Celsius
R507 E5MoV-15 1 Low-hydrogen type DC welding Cr5Mo pearlitic heat-resistant steel, such as high-temperature hydrogen corrosion-resistant pipelines at 400 degrees Celsius
R507B E5MoV-15 1 Ultra-low hydrogen type DC welding Cr5Mo pearlitic heat-resistant steel, such as 400 degrees Celsius high temperature hydrogen corrosion resistant pipeline
R 517A A 1 Low-hydrogen direct current is used for welding pearlitic heat-resistant steels such as 10Cr5MoWVTiB whose working temperature is below 650 degrees Celsius, such as high-temperature and high-pressure boiler reheaters, etc.
welding rod:
R707 E9Mo-15 1 Low hydrogen type DC welding Cr9Mo heat-resistant steel structure and superheater pipes, etc.
R717 A 1 Low hydrogen type DC Used for welding Cr9Mo heat-resistant steel structure and superheater pipes, etc.
R 717A A E505-15 Low-hydrogen type DC Used for welding Cr9Mo1 heat-resistant steel structure, high-temperature and high-pressure boiler superheater tubes and heater tubes of petroleum refining equipment, etc.
R802 E11MoVNi-16 1 Titanium calcium type AC/DC welding Cr11MoV heat-resistant steel structure below 565 degrees Celsius
R807 E11MoVNi-15 1 Low-hydrogen type DC welding Cr11MoV heat-resistant steel structures whose working temperature is below 565 degrees Celsius, such as variable-speed blades of high-pressure gas turbines, etc.
R817 E11MoVNiW-15 1 Low-hydrogen type direct current welding Cr11MoNiVW type heat-strength steel structure with working temperature below 580 degrees Celsius, such as superheater and steam pipe, etc.
R827 A 1 Low-hydrogen type direct current welding Cr11MoV and Cr11MoNiV type heat-strength steel structures whose working temperature is below 565 degrees Celsius, such as superheaters and steam pipes, variable-speed blades of high-pressure gas turbines, etc.
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