Welding wire ER410NiMo

China Welding wire ER410NiMo, Find details about China ER410NiMo CO2, ER410NiMo Welding Rod from Welding wire ER410NiMo

Basic Info.

Model NO.

ER410NiMo

Trademark

Jiuzhou

Specification

0.6/0.8/1.0/1.2/1.6/2.0/3.2/4.0mm

Origin

China

HS Code

7223000

Model NO.

ER410NiMo

Trademark

Jiuzhou

Specification

0.6/0.8/1.0/1.2/1.6/2.0/3.2/4.0mm

Origin

China

HS Code

7223000

Product Desciption

ER410NiMo

Description: ER 410NiIMo is used primarily to weld cast and wrought material of similar chemical composition. Preheating and inter-pass temperatures of not less than 150ºC (300ºF)
are recommended during welding post-weld heat treatment should not exceed 620ºC(1150ºF) as higher temperatures may result in hardening. Extra low carbon provides better protection against cracks and increased ductility over 410 filler metal

Application: Typical applications include welding,repairing and overlaying of type 410 and 410NiMo casting and wrought material.it is used in the hydropower industry to combat erosioncorrosion. Other welding applications include valves, valve seating surfaces, gears propeller stafts. And impellers nommally ER410 has better weld ability than ER410 due to it's low carbon content.

NOTE: Mechanical properties listed below reflect utilization of post-weld heat treatment between 590ºC(1100ºF) and 620ºC(1150ºF) for 1 hour.
Typical Chemical Composition

	Chemical Composition (%)
Item	C	Mn	Si	S	P	Cr	Ni	Mo	Cu
	0.024	0.29	0.32	0.02	0.021	11.50	4.22	0.66	0.30
Test Result

Typical Mechanical Properties

Tensile Strength	800MPA	110,500PSI
Yield Strength	6З0МРА	91,000PSI
Elongation	17%

Data of Stainless Steel Solid Welding Wires

Type	Application	Chemical Composition	Mechanical Properties	Diameter(mm)	Net weight(kg)	Dia of spool(mm)	Dia(mm)
ER304	18Cr-8Ni	C:0.064% Mn:1.65% Si:0.42% Ni:8.33% Cr:17.10%	Mpa 1200	0.08-0.45	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER304L	17Cr-8Ni	C:0.028% Mn:1.65% Si:0.42% Ni:8.33% Cr:17.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER308	19Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:10.33% Cr:20.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER308L	20Cr-9Ni	C:0.024% Mn:1.65% Si:0.42% Ni:10.33% Cr:20.10%	Mpa 1200	0.8-4.5	5/12.5/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER309	20Cr-13Ni	C:0.064% Mn:1.65% Si:0.42% Ni:14.33% Cr:20.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER309L	20Cr-14Ni	C:0.024% Mn:1.65% Si:0.42% Ni:14.33% Cr:20.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER309Lsi	20Cr-14Ni	C:0.024% Mn:1.65% Si:1.02% Ni:14.33% Cr:20.10%	Mpa1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER321	16Cr-7Ni	C:0.064% Mn:1.65% Si:0.42% Ni:8.33% Cr:17.10% Ti0.73	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER347	16Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:9.33% Cr:17.10% (Ta+Nb)(10*C)-10	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER347L	17Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:9.33% Cr:17.10% (Ta+Nb)(10*C)-10	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER316	16Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:10.33% Cr:17.10% Mo2.03	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER316L	17Cr-9Ni	C:0.064% Mn:1.65% Si:0.42% Ni:10.33% Cr:17.10% Mo2.03	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0
ER310	24Cr-19Ni	C:0.064% Mn:1.65% Si:0.42% Ni:20.33% Cr:25.10%	Mpa 1200	0.08-4.5	5/10/15/20	100/270/300	MIG:0.6-1.6 TIG:1.0-5.0