Rogal Copper GK
Smelting and atomization are used to produce copper powders from highly pure refined or electrolytic copper.
In the air atomization process used by SCHLENK, spherical particles are formed , which are then classified into the required particle size distribution.
Applications:
Chemical technical applications
Powder metallurgy, sintering materials
Friction and brake linings
Soldering and joining techniques
Blasting abrasive techniques
Contact materials
Technical plastics, compounds| Product Name | Apparent density [g/cm³] | Fluidity | Copper content [%] | Phosphorus content [%] | Sieve analysis [%] | Application |
|---|---|---|---|---|---|---|
| Rogal® Kupfer GK 0/50 | approx. 0.5 | flowable | min. 99 % | max. 0.4 % | > 50 µm: max. 5 | |
| Rogal® Kupfer GK 0/63 | approx. 0.5 | flowable | min. 99 % | max. 0.4 % | > 63 µm: max. 5 | |
| Rogal® Kupfer GK 50/100 | approx. 0.5 | flowable | min. 99 % | max. 0.4 % | >100µm :max.5 <50µm: max.10 | |
| Rogal® Kupfer GK 0/250 | approx. 0.5 | flowable | min. 99 % | max. 0.4 % | >250µm: max. 5 | |
| Rogal® Kupfer GK 0/315 | approx. 0.5 | flowable | min. 99 % | max. 0.4 % | >315µm: max. 5 | |
| Rogal® Kupfer GK 0/25 | approx. 0.5 | not flowable | min. 99 % | max. 0.4 % | > 25µm: max.5 | |
