A Copper Alliance Member
- Applications
- Resources
- Find Suppliers of Copper
- Technical Reference Library
- Publications List
- Automotive
- Building Construction: Architecture
- Building Construction: Fire Sprinklers
- Building Construction: Home Builders' Marketing Materials
- Building Construction: Natural Gas
- Building Construction: Plumbing
- Electrical: Energy Efficiency
- Electrical: General
- Electrical: Power Quality
- Electrical: Telecommunications
- Industrial: Bronze Bearings
- Industrial: Cast Products
- Industrial: General
- Industrial: Machined Rod Products
- Industrial: Mold Alloys
- Properties / Standards
- Seawater
- Soldering / Brazing / Welding
- Special Publications
- Statistics / Directories
- Seminars, Workshops & Training
- Market Data
- Standards
- Properties
- Properties of Wrought and Cast Copper Alloys
- Properties of Copper
- Low Temperature Properties of Copper
- Cryogenic Properties of Copper
- Typical Uses of Copper Alloys
- Copper Compounds
- Microstructures of Copper Alloys
- Corrosion Protection & Resistance
- Fabrication Practices
- Powder Metallurgy
- Metallurgy of Copper-Base Alloys
- Questions?
- Consumers
- Education
- Environment
- Publications
- Newsletters
- Publications List
- Automotive
- Building Construction: Architecture
- Building Construction: Fire Sprinklers
- Building Construction: Home Builders' Marketing Materials
- Building Construction: Natural Gas
- Building Construction: Plumbing
- Electrical: Energy Efficiency
- Electrical: General
- Electrical: Power Quality
- Electrical: Telecommunications
- Industrial: Bronze Bearings
- Industrial: Cast Products
- Industrial: General
- Industrial: Machined Rod Products
- Industrial: Mold Alloys
- Properties / Standards
- Seawater
- Soldering / Brazing / Welding
- Special Publications
- Statistics / Directories
- About CDA
Resources
- Find Suppliers of Copper
- Technical Reference Library
- Publications List
- Automotive
- Building Construction: Architecture
- Building Construction: Fire Sprinklers
- Building Construction: Home Builders' Marketing Materials
- Building Construction: Natural Gas
- Building Construction: Plumbing
- Electrical: Energy Efficiency
- Electrical: General
- Electrical: Power Quality
- Electrical: Telecommunications
- Industrial: Bronze Bearings
- Industrial: Cast Products
- Industrial: General
- Industrial: Machined Rod Products
- Industrial: Mold Alloys
- Properties / Standards
- Seawater
- Soldering / Brazing / Welding
- Special Publications
- Statistics / Directories
- Automotive
- Seminars, Workshops & Training
- Market Data
- Standards
- Properties
- Properties of Wrought and Cast Copper Alloys
- Properties of Copper
- Low Temperature Properties of Copper
- Cryogenic Properties of Copper
- Typical Uses of Copper Alloys
- Copper Compounds
- Microstructures of Copper Alloys
- Corrosion Protection & Resistance
- Fabrication Practices
- Powder Metallurgy
- Production and Properties
- Copper Powder Consolidation Techniques
- Characteristics and Properties
- Copper in Iron and Steel P/M Parts
- Advantages and Applications of Copper
- Non-structural Applications of Copper
- Engineering / Production / Economic Advantages
- Applications of Copper-Base Powder Metals
- Appendix A
- Appendix B
- Appendix C
- Metallurgy of Copper-Base Alloys
- Properties of Wrought and Cast Copper Alloys
- Questions?
Appendix C
Standards for Metal Powders and Copper-Base P/M Materials
| MPIF* Standard No. |
ASTM** Standard |
|
|---|---|---|
| Determination of Bending Strength, Green Density, Hardness and Shrinkage of Compacted, Sintered Metal Powder Specimens | 13 | |
| Standard Method of Test for Compressibility of Metal Powders | | B 331 |
| Standard Method of Test for Apparent Density of Metal Powders | 4 | B 212 |
| Standard Method of Test for Apparent Density of Non-Free-Flowing Metal Powders | 28 | B 417 |
| Standard Method of Test for Flow Rate of Metal Powders | 3 | B 213 |
| Standard Method of Test for Green Strength of Compacted Metal Powder Specimens | 15 | B 312 |
| Standard Method of Test for Hydrogen Loss of Copper, Tungsten, and Iron Powders | 2 | E 159 |
| Standard Method of Test for Acid-Insoluble Content of Copper and Iron Powders | 6 | E 194 |
| Determination of Average Particle Size of Metal Powders by the Fisher Sub-sieve Sizer | 32 | |
| Sampling Finished Lots of Metal Powder | 1 | |
| Standard Method of Test for Sieve Analysis of Granular Metal Powders | 5 | B 214 |
| Standard Method for Sub-sieve Analysis of Granular Metal Powders by Air Classification | 12 | B 293 |
| Standard Methods of Tension Testing of Metallic Materials | 10 | E 8 |
| Test Methods for Bronze P/M Filter Powders | 39 | |
| *available from Metal Powder Industries Federation, P.O. Box 2054, Princeton, N.J. 08540. **available in the Annual Book of ASTM Standards. |
||
| Material | Standard |
|---|---|
| P/M Bronze | CT-0010-N |
| CT-0010-R | |
| CT-0010-S | |
| P/M Brass (Leaded) | CZP-0218-T |
| CZP-0218-U | |
| CZP-0218-W | |
| P/M Nickel Silver | CZN-1818-U |
| CZN-1818-W | |
| P/M Nickel Silver (Leaded) | CZNP-1618-U |
| CZNP-1618-W |
Powder Metallurgy
- Production and Properties of Copper and Copper Alloy Powders
- Copper Powder Consolidation Techniques
- Characteristics and Properties of Copper and Copper Alloy P/M Materials
- Copper in Iron and Steel P/M Parts
- Advantages and Applications of Copper and Copper Alloy P/M Parts
- Non-Structural Applications of Copper and Copper Alloy Powders
- Engineering/ Production/ Economic Advantages of Powder Metallurgy
- Applications of Copper-Base Powder Metals
- Appendix A
- Appendix B
- Appendix C
Copyright © 2013 Copper Development Association Inc. All Rights Reserved.