Copper Powder 99.8%, Electronic Grade, Mesh 325
Electronic grade, ultra-fine, high-purity copper powder, 99.8%.
                                        SKU: CU301E
                                    
                                                            Copper Powder 99.8%, Electronic Grade, Mesh 325
Electronic grade, high-purity copper powder made via water atomization and hydrogen reduction. Features ultra-fine, spheroidal particles with high conductivity and low density. Recommended for a variety of applications where conductivity is crucial, including thick and thin film pastes, capacitor chips, and thermal sprays. Note: Pure copper powders may not exhibit conductivity under low-voltage tests but will conduct when compacted or mixed with oils or resins.
Product Specifications
| Purity | 99.85% | 
| Hydrogen Loss | 0.19% | 
| Apparent Density | 2.97 g/cc | 
| Mesh Size | 325 mesh | 
| Sieve Analysis | +60 Mesh: 0% -60/+80 Mesh: 0% -80/+100 Mesh: 0% -100/+140 Mesh: Trace -140/+200 Mesh: Trace -200/+325 Mesh: 0.6% -325 Mesh: 99.4% | 
| HTS Code | 7406.10.0000 | 
| NMFC | 30743 | 
| CAS No. | 7440-50-8 | 
Applications and Benefits:
- Thick and thin film pastes
- Capacitor chips
- End cap terminators
- Conductive inks, paints, and pastes
- Injection molding
- Electronics
- Thermal management
- EDM electrodes
- Thermal sprays
- Sintered alloys/products
- Brazing/soldering paste
Caution:
Handle with care. Refer to the SDS for detailed safety guidelines.
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                                    SDS_Copper_Powder.pdf
 
						 
                             
                             
                             
                             
                             
                                
                             
                                                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                     
                                    