Lock Cylinder PM Sintered Part
Lock Cylinder PM Sintered Part
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Lock Cylinder PM Sintered Part
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Lock Cylinder PM Sintered Part

Yield point (σs/MPa): ≥785
Elongation after break (δ5/%): ≥9
Reduction of area (ψ/%): ≥45
Impact absorption energy (Aku2/J): ≥47
Brinell hardness (100/3000HBW) (annealed or high temperature tempered state): ≤207

Product Introduction

Lock cylinder PM sintered part

Item

Material

Production Process

Sintering Temperature

Mold

Custom

 

Lock shift fork powder

40rc

Powder metallurgy

1180℃

To be customized

Yes

 

Chemical composition

C:0.37~0.44

Si:0.17~0.37

Mn:0.50~0.80

Cr:0.80~1.10

Ni:≤0.30

P:≤0.035

S:≤0.035

Cu:≤0.25

Mo:≤0.10

Available Materials

Low carbon stainless steel, titanium alloy (Ti, TC4), copper alloy, tungsten alloy, hard alloy, high temperature alloy (718, 713)

 

Product advantages

Smoothness

Dimensional accuracy

Product density

Appearance treatment

Appropriate weight

Roughness 1~5μm

(±0.1%~±0.5%)

92~95%

According to customer requirements

0.03g~400g)

Mechanical properties

Sample blank size (mm): 25

heat treatment:

Heating temperature for the first quenching (℃): 850; coolant: oil

Second quenching heating temperature (°C):-

Tempering heating temperature (°C): 520;

Tensile strength (σb/MPa): ≥810 (when the actual hardness is 25HRC)

Yield point (σs/MPa): ≥785

Elongation after break (δ5/%): ≥9

Reduction of area (ψ/%): ≥45

Impact absorption energy (Aku2/J): ≥47

Brinell hardness (100/3000HBW) (annealed or high temperature tempered state): ≤207

 

Metal Injection Molding Process

product-800-600

 

Detection Systems

1661509092764001

1661141928831

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