STAINLESS STEEL

We, JH MIM, can produce according to the materials required by customers’ drawings, and can also recommend suitable product MIM materials according to product design characteristics.

 

 Stainless Steel
Material Designation Alloy Composition

(wt%)

 

Condition

Density

ρ g/cm³)

UTS

σ b(Mpa)

YS

σ 0.2(Mpa)

Elongation

σ (%)

 

Hardness

 

MIM SS316L

C 0.03%max Ni 10~14%

Mo 2~3% Cr 18~20%

Fe balance

 

Sinterd

 

7.75

 

500

 

250

 

4

 

65~85HRB

 

MIM SS304

C 0.08% max Ni 8~10% Cr 18~20%

Fe balance

 

Sinterd

 

7.65

 

480

 

270

 

35

 

65~85HRB

 

MIM SS420

C 0.2~0.4% Cr 12~14%

Fe balance

Heat Treated  

7.40

 

1310

 

11500

 

6

 

40~45HRC

MIM SS310S Sinterd 7.70 520 205 40 80~100HRB
 

 

MIM 17-4PH

C 0.07%max Cr 15.5~17.5%

Cu 3~5% Ni 3~5% Nb   0.15~0.45%

Fe balance

 

Sinterd

 

7.50

 

900

 

730

 

6

 

20~28HRC

 

Heat Treated

 

7.50

 

1185

 

1090

 

5

 

32~42HRC

MIM-304

Good fluidity and shape retention;

Good corrosion resistance;

Good comprehensive strength and toughness.

MIM-316L

MIM 316L (austenitic grade)

is used for products requiring relatively good ductility

and extremely high corrosion resistance.

MIM-420(Heat treatment)

It has the characteristics of high hardness,

high strength, high wear resistance,

and medium corrosion resistance.

MIM 420C(austenitic grade)

It has the characteristics excellent strength,

hardness,

and wear resistance.

17-4PH alloy, with heat treatment, Suitable for high strength and high hardness products17-4PH (heat treatment)

17-4PH (Without heat treatment)

This alloy offers a good balance between corrosion resistance and strength. Its hardness can vary to different strength levels with different heat treatment temperatures.

8 Products Found.
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