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High Performance Powdered Metal (PM) Copper Infiltrated Steels

Copper Infiltrated Steel Powder Metallurgy
Infiltrated Iron
Infiltrated Steel
Infiltrated High Carbon Steel
Infiltrated Alloy Steel
Material PSM Code Density G/CC  Yield Strength PSI(A) Ultimate Tensile Strength PSI(A) Elongation % (A,B) Impact Strength Ft-Lbs (A,E) Apparent Hardness Rockwell (F) Transverse Rupture PSI (A) Young's Modulus 106 PSI (A) Equivalent MPIF Specification Applications

Infiltrated Iron

FX-226-T

7.2/7.5

32,000

51,000

7.0

25

RBB 65

132,000

16

FX-1000-25

Machines and plates well. Good in hydraulic applications. Moderate tolerance control.

Infiltrated Steel

FX-227-T

7.2/7.5

50,000

77,000

4.0

13

RB 82

158,000

16

FX-1005-50

Infiltrated High Carbon Steel

FX-232-T

7.2/7.5

60,000

87,000

3.0

10

RB 89

166,000

16

FX-1008-50

Good strength, shock resistance and hardenability. Moderate tolerance control.

FX-232-T (HT)

7.2/7.5

(D)

120,000

<0.5

7

RB 43

189,000

16

FX-1008-110HT

Infiltrated Alloy Steel

FX-233-T

7.2/7.5

90,000

100,000

1.5

55

RB 85

(C)

24

N/A

Excellent combination of strength and shock resistance. Good for use in cams, pawls, sprockets and wear plates. Moderate tolerance control.

FX-233-T (HT)

7.2/7.5

(D)

125,000

<0.5

22

RC 46

(C)

24

N/A

NOTES:
A - Mechanical property data represents average
     values derived from laboratory specimens
     produced under production conditions.
B - Elongation is given as inch/inch in one inch
     (1") gauge length.
C - Additional data is being developed.
D - Yield and ultimate tensile strength values
      are approximately the same in the heat
      treated condition.
E - Impact strength values are from unnotched Charpy
     Impact specimens.
F - Apparent hardness is measured directly using the
     Rockwell scales indicated. The value is always lower
     than the actual metal particle hardness as measured
     by the microhardness tester because of the porosity
     in the structure.
G - Magnetic induction, Bmax, and remanence, Br, are
     derived from standard BH curves with a 15 Oersted
     magnetizing force. Higher Bmax values are obtained
     at higher magnetizing forces.