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Natural Graphite Powder
Graphite is widely used for alloying element of powder metallurgy industry, high quality graphite can avoid some problems of sintering parts, such as pores caused by agglomeration, rust spots on surface, poor function of mixing powder, abnormal metallurgical structure, especially affects the mechanical property. The purity of the graphite powder, particle size distribution, residual acid and alkali, and ash powder are very important for the final sintering parts.
Advantage Of The Graphite Powder:
· High purity C >99%
· Great diffusion activity
· Stable mechanical properties
· Uniform metallographic structure
SPECIFICATIONS
| Graphite Powder | |||
| Grade | Carbon Content（C，%） | Granularity | Application |
| F-1 | 99% | D90 <25um | Powder Metallurgy |
| F-7 | 99%-99.9% | D50 6-9um | Powder Metallurgy |
| F-10 | 99%-99.9% | D50 8-11um | |
Natural Graphite Powder
Graphite is widely used for alloying element of powder metallurgy industry, high quality graphite can avoid some problems of sintering parts, such as pores caused by agglomeration, rust spots on surface, poor function of mixing powder, abnormal metallurgical structure, especially affects the mechanical property. The purity of the graphite powder, particle size distribution, residual acid and alkali, and ash powder are very important for the final sintering parts.
Advantage Of The Graphite Powder:
· High purity C >99%
· Great diffusion activity
· Stable mechanical properties
· Uniform metallographic structure
SPECIFICATIONS
| Graphite Powder | |||
| Grade | Carbon Content（C，%） | Granularity | Application |
| F-1 | 99% | D90 <25um | Powder Metallurgy |
| F-7 | 99%-99.9% | D50 6-9um | Powder Metallurgy |
| F-10 | 99%-99.9% | D50 8-11um | |
