Cr Stainless Steel Electrode E410-16 E308-16 E316L-16

E308-16 CR-Ni Stainless Steel Electrode 1. Stainless steel structure 2.Approved by ABS, CE,ect E308-16 CR-Ni Stainless Steel Electrode  

Application

      welding of 0Cr19Ni9, 0Cr19Ni11Ti corrosion-proof stainless steel structure working at the environment under 300 'C .

Chemical composition of the deposited metal(%):

      C≤0.08  Mn:0.5-2.5  Si≤0.90  Cr:18.0-21.0  Ni:9.0-11.0  S≤0.03  P≤0.04  Mo≤0.75     Cu≤0.75

Mechanical properties of the deposited metal(%):

   σb ≥ 550MPa                               δ5 (%)  ≥ 22         

Reference Current:

diameter:    2.5mm           3.2mm          4.0mm                 5.0mm

current(A):  50-80           80--110        110--160              160--200

 

NOTICE:

1.It must be baked at 150'C   before use 

2.It is better to use DC current than AC during welding .

3.we can produce as the requests of customers.

Mechanical  Properties

	Tensile  Strength(MPa)	Elongation  (%)
standard value	≥550	≥35
Example value	595	44

Range of current: (AC or DC+)

Diameter & Length(mm)		2.5*300	3.2*350	4.0*350	5.0*350
Range of current	Downward welding	50-85	80-120	100-150	140-180
(Amp)	Overhead welding	45-80	70-110	90-135	-----

Product Description:

E308-16 C< =0.08 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=18-21 Ni=9-11 - Mo< =0.75 Cu< =0.75 Welding of 0Cr18Ni9 and Cr18Ni9Ti Stainless steels and working temperature is below 300 degree. E308L-16 C< =0.04 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=18-21 Ni=9-11 Mo< =0.75 Cu< =0.75 Welding of extra-low carbon 00 Cr21Ni10 stainless steel. E316-16 C< =0.08 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=17-20 Ni=11-14 Mo=2.0-3.0 Cu< =0.75 Welding of 0Cr18Ni12Mo2 stainless steels and 13%Cr, 17%Cr Stainless steel. E316L-16 C< =0.04 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=17-20 Ni=11-14 Mo=2.0-3.0 Cu< =0.75 Welding of ALSi316, 316L Used in petroleum, chemical, textile paper industries. E347-16 C< =0.04 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=18-21 Ni=9-11 Mo< =0.75 Cu< =0.75 Suitable for welding important resisting corrosion structures made of 1Cr18Ni9Ti Stainless steel that contents titanium stably. E309-16 C< =0.15 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=22-25 Ni=12-14 Mo< =0.75 Cu< =0.75 Welding of stainless steels in the same system, different steels, high chromium steels and high manganese steels etc. E309L-16 C< =0.4 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=22-25 Ni=12-14 Mo< =0.75 Cu< =0.75 Welding of stainless steels to carbon and low alloy steels, such as synthetic fibre, petroleum, chemical equipment and nuclear reactor. E309Mo-16 C< =0.12 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=22-25 Ni=12-14 Mo=2.0-3.0 Cu< =0.75 Welding of stainless steel in the same system, which contains Mo E310-16 C=0.08-0.2 Mn=1.0-2.5 Si< =0.75 S< =0.03 P< =0.03 Cr=25-28 Ni=20-22.5 Mo< =0.5 Cu< =0.75 Welding of heat resisting stainless steels in the same system lining of stainless steels. Also welding of high harden ability steel. Such as Cr5Mo, Cr9Mo, Cr13 and Cr28, or welding between different steel. E309MoL-16 C< =0.4 Mn=0.5-2.5 Si< =0.9 S< =0.03 P< =0.04 Cr=22-25 Ni=12-14 Mo< =0.75 Cu< =0.75 Welding of the corresponding heat-resisting steels. E410-16 C< =0.12 Mn< =1.0 Si< =0.9 S< =0.03 P< =0.04 Cr=11-13.5 Ni< =0.7 Mo< =0.75 Cu< =0.75 Welding of 0Cr13 stainless steels and similar steels, also surfacing for resistance to corrosion and abrasion. E320-16 C< =0.07 Mn=0.5-2.5 Si< =0.6 S< =0.06 P< =0.04 Cr=19-21 Ni=32-36 Mo=2.0-3.0 Cu< =0.75 Welding of similar type steels which have resistance to corrosion in mediums of sulfuric acid, nitric acid, phosphoric acid and other oxidying acids, such as carpenter 20CB alloy.

Cr Stainless Steel Electrode E410-16 E308-16 E316L-16