Semakan pada 23:50, 4 November 2009 sunting Yosri (bincang \| sumb.) Birokrat, Penyelia 245,308 suntingan →‎Isostatic Powder Compacting ← Suntingan sebelumnya		Semakan pada 23:55, 4 November 2009 sunting batalkan Yosri (bincang \| sumb.) Birokrat, Penyelia 245,308 suntingan →‎Pemampatan Serbuk Isostatik Suntingan berikutnya →
Baris 42: This typically uses fluid as a means of applying pressure to the mold. After removal the part still needs to be sintered. ===~~Design~~Perkiraan ~~Considerations~~Reka bentuk=== Pemampatan serbuk isostatik mampu menghasilkan dinding lebih nipis dan keluaran lebih besar. Pelincir tidak diperlukan bagi pemampatan serbuk Isostatik. Sebagai contoh: ketebalan minima dinding adalah 0.05 inci dan keluaran boleh memiliki berat antara 40 hingga 300 paun. Terdapat pengecutan antara 25 hingga 45% serbuk selepas pemampatan. Isostatic powder compaction can have thinner walls and larger products. No lubricants are need for Isostatic powder compaction. For example: minimum wall thickness is 0.05 inches and the product can have a weight between 40 and 300 pounds. There is 25 to 45% shrinkage of the powder after compacting. === Typical Workpiece Materials=== Baris 53: Total Time = F + C + D + O + E + S ===~~Safety~~Keselamatan=== Bahaya yang datang dengan kaedah penghasilan ini termasuk, kebakaran, letupan, dan kegagalan mekanikal bagi mesin. Bahaya pernafasan dari serbuk juga perlu dipertimbangkan. ~~Dangers inherent to this processing method include fires, explosions, and mechanical failure with machines. Respiratory hazards from powders must also be taken in to account.~~ ==Powder production techniques==

Metalurgi serbuk: Perbezaan antara semakan