W.Nr. 1.4002, DIN X7CrAl13, AISI 405 precision stainless steel strips

W.Nr. 1.4002, DIN X7CrAl13, AISI 405 precision stainless steel strips

Negotiable /Metric Ton

Min.Order:1 Metric Ton

Supply Ability:
500 Metric Ton / Metric Tons per Month
Port:
Shanghai
Payment Terms:
T/T

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Brand Name:
Changjiang
Model Number:
W.Nr. 1.4002, DIN X7CrAl13, AISI 405
Certification:
SGS
Length:
in coils
Thickness:
0.1- 3.0mm
Width:
350mm approx

Ahonest Changjiang Stainless Steel Co., Ltd. (Wuxi)

Business Type: Manufacturer,Trading Company
Wuxi Jiangsu China
Main Products: martensitic stainless hot and cold rolled strips ,special tool steels ,stainless steel strips in coils ,knife steels ,440C 440B 440A 420 1.4037 1.4034 1.4031 1.4028 1.4021 410 1.4116 1.4117 1.4419 1.4110 1.4120 1.4122 1.4923 1.4000 1.4003 1.2379..

Product Details

                                       

W.Nr. 1.4002, DIN X7CrAl13, AISI 405 precision stainless steel strips
 
AISI 405 is a 12% chromium steel designed to be used in the as-welded condition.
Unlike other 12% chromium steels, it is not subject to a great deal of hardening through air cooling form high temperatures.
 
Designations
AISI 405, UNS S40500
W.Nr. 1.4002, DIN 1.4002 
GB  0Cr13Al 
 
Chemical composition ( in weight % )
GradeCSiMnPSCrNiAl 
DIN X7CrAl130.08 max1.00 max1.00 max0.040 max0.030 max11.50- 14.500.50 max0.1- 0.3
 
Applications 
Commonly used for annealing boxes, steam nozzles, quenching racks, partitions and other fabrications that cannot 
be annealed after welding. 
 
Machinability 
Soft and ductile, 405 can be easily machined using most standard practices.
Experienced machinists comment that 405 machines similarly to 4130 alloy steel.
 
Forming 
405 can be easily spun, drawn and formed using common forming procedures.  
 
Welding 
405 can be welded using shielded fusion and resistance techniques.
Oxyacetylene welding is not recommended.
Use 405 Cb electrodes that contain columbium rather than aluminum to control hardening.
Post weld annealing will maximize ductility. 
 
Forging 
Soak at 1500-1600°F (817-871°c) and then quickly increase to 1900-2050°F(1038-1121°c).
Do not remain at this temperature as the result will be excessive grain growth.
Do not work below 1500 F(816°c). After forging, air cool and anneal.
 
Annealing  
Soak at 1200-1400°F (649-760°c), air cool.
 
Hardening 
While this alloy does not respond appreciably to heat treatment, soaking at 1800-1850°F (982-1010°c) followed by
oil quenching will increase mechanical properties.
 
Physical Data 
Density (lb / cu. in.)     0.279
Specific Gravity 7.72 Specific Heat (Btu/lb/Deg F - [32-212 Deg F])      0.11
Thermal Conductivity     416
Modulus of Elasticity Tension     29 
 

We are looking forward to your enquiries.

Contact:LIU

Email: sales@ahoneststeel.com

Cell:0086 189 1527 2882

Contact Supplier

Ms. XINYING LIU Sales Manager Chat Now
Telephone
0086-510-83633959
Mobile
18915272882
Fax
0086-510-83633956
Address
No.520, Flat 4, Eastern Steel City, Xishan, Wuxi,Jiangsu

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