C85200 Leaded yellow brass B584

C85200 Leaded yellow brass B584  (CENT, INVEST, SAND) Copper Alloy UNS Number.:C85200 Previous Designation:B 146-6A Commercial Designation: high-copper yellow brass Chemical  Requirements(Composition,% Max Except as Indicated) Major Elements: Copper:70.0~74.0 Tin:0.7~2.0 Lead:1.5~3.8 Zinc:20.0~27.0 Iron:0.60 Nickelincl.Cobalt:1.0 Antimony:0.20 Residual  Elements: Sulfur:0.05 Phosphorus:0.02 Aluminum:0.005 Silicon :0.05   Mechanical Requirements Tensile Strength,min ksiᴮ:35 MPaᶜ:241 Yield

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C84800 Leaded semi-red brass B584

C84800 Leaded semi-red brass B584 (CENT, INVEST, SAND) Copper Alloy UNS Number.:C84800 Previous Designation:B 145-5B Commercial Designation: semi-red brass, 76-2½-6½-15 Chemical  Requirements(Composition,% Max Except as Indicated) Major Elements: Copper:75.0~77.0 Tin:2.0~3.0 Lead:6.5~7.0 Zinc:13.0~17.0 Iron:0.40 Nickelincl.Cobalt:1.0ᴬ Antimony:0.25 Residual  Elements: Sulfur0.08 Phosphorus0.02 Aluminum0.005 Silicon :0.005   Mechanical Requirements Tensile Strength,min ksiᴮ:28 MPaᶜ:193 Yield

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C84400 Leaded semi-red brass B584

C84400 Leaded semi-red brass B584 (CENT, INVEST, SAND)   Copper Alloy UNS Number.:C84400 Previous Designation:B 145-5A Commercial Designation: valve composition, 81-3-7-9 Chemical  Requirements(Composition,% Max Except as Indicated) Major Elements: Copper:78.0~82.0 Tin:2.3~3.5 Lead:6.0~8.0 Zinc:7.0~10.0 Iron:0.40 Nickelincl.Cobalt:1.0ᴬ Antimony:0.25 Residual  Elements: Sulfur0.08 Phosphorus0.02 Aluminum0.005 Silicon :0.005   Mechanical Requirements Tensile Strength,min ksiᴮ:29 MPaᶜ:200

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C83800 Leaded red brass B 584

C83800 Leaded red brass B 584 (CENT, INVEST, SAND) Copper Alloy UNS Number:C83800 Previous Designation:B 145-4B Commercial Designation: commercial red brass,83-4-6-7 Chemical  Requirements(Composition,% Max Except as Indicated) Major Elements of C83800: Copper:82.0~83.8 Tin:3.3~4.2 Lead:5.0~7.0 Zinc:5.0~8.0 Iron:0.30 Nickelincl.Cobalt:1.0ᴬ Antimony:0.25   And Residual  Elements: Sulfur0.08 Phosphorus0.03 Aluminum0.005 Silicon :0.005 Mechanical Requirements: Tensile

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C83600 Leaded red brass B 584

C83600 Leaded red brass B 584  (CENT, INVEST, SAND) Copper Alloy UNS Number.:C83600 Previous Designation:B 145-4A Commercial Designation:85-5-5-5 or No. 1 composition Chemical  Requirements(Composition,% Max Except as Indicated) Major Elements of C83600: Copper:84.0~86.0 Tin:4.0~6.0 Lead:4.0~6.0 Zinc:4.0~6.0 Iron:0.30 Nickelincl.Cobalt:1.0ᴬ Antimony:0.25 Residual  Elements: Sulfur0.08 Phosphorus0.05 Aluminum0.005 Silicon :0.005 (ᴬIn determining copper minimum,

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Abrasion-Resistant White Cast Iron 25 -ASTM A532_A532M

Abrasion-Resistant White Cast Iron 25 -ASTM A532_A532M   5.4 Bimetal composite material and composite casting process Many parts are in the field of not only high stress but also high impact load abrasive wear. In view of the fact that it not only require good abrasion resistance but also require

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Abrasion-Resistant White Cast Iron 24 -ASTM A532_A532M

Abrasion-Resistant White Cast Iron 24 -ASTM A532_A532M   5.3 Rational selection of matrix structure of high chromium white cast iron continued.   The results of the wear surface analysis show that in martensite + bainite + austenite matrix. Maybe the impact fatigue exfoliation is obviously smaller than martensite matrix.  Furthermore

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Abrasion-Resistant White Cast Iron 23 -ASTM A532_A532M

Abrasion-Resistant White Cast Iron 23 -ASTM A532_A532M 5.3 Rational selection of matrix structure of high chromium white cast iron First of all many manufacturers prefer to choose the tempered martensite when choosing the matrix structure of high chromium white cast iron. No matter the working condition and the stress state

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Abrasion-Resistant White Cast Iron 22 -ASTM A532_A532M

Abrasion-Resistant White Cast Iron 22 -ASTM A532_A532M 5.2 Casting process and quality of castings There are many factors influencing casting quality. And also casting process is the most important factor affecting casting quality. It is not difficult to see from table 13 that the related casting technology. Such as strengthening

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Abrasion-Resistant White Cast Iron 21 -ASTM A532_A532M

Abrasion-Resistant White Cast Iron 21 -ASTM A532_A532M   C. Effects of modification on grain boundary metallurgical quality of high chromium white cast iron First of all there are many factors that affect the grain boundary metallurgical quality of high chromium white cast iron. Furthermore the content and morphology of inclusions

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