Vacuum Hot isostatic fornacem premens (HIP fornax)

Vacuum Hot isostatic pressing furnace (HIP furnace) Featured Image

HIP (pressio sintering Hot isostatic) technologia, etiam nota pressionis humilis sintering vel pressurae sintering, hic processus est novus processus defluendi, prae-calefactionis, vacuum sintering, in uno apparatu impresso calido isostatice.Fornax isostatica vacui urgentis sintering maxime adhibita est ad deiectionem et sintering de ferro incorrupta, stannum aeris, alta gravitatis specificae mixturae, Mo mixturae, stannum titanium et stannum durum.

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Product Detail

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Characteres

1.Furnace ostium: automatic anulum, densis

2.Furnace concha: omnia carbonis chalybeis cum interioribus immaculatis ferro

3.Furnace tank: plene rigidum compositum filtrum

4.Heater Material: Isostatic pressed Graphite / Tres-High Graphite

5.Muffle materia: graphiteStandard exemplar isostatic pressed

Vacuum Hot isostatic pressing furnace (HIP furnace) (3)

Vacuum Hot isostatic pressing furnace (HIP furnace) (6)

Vacuum Hot isostatic pressing furnace (HIP furnace) (7)

Vacuum Hot isostatic pressing furnace (HIP furnace) (5)

Standard exemplar specificationis et parametri

Model	PJ-SJ336	PJ-SJ447	PJ-SJ449	PJ-SJ4411	PJ-SJ5518
Effective Hot Zonam LWH (mm)	300300 600	400* 400* 700	400* 400* 900	400* 400* 1100	500500 1800
Onus Pondus (kg)	120	200	300	400	800
Maximum Temperature(℃)	1600
Temperatus imperium accurate(℃)	±1
Fornax temperatus uniformitas (℃)	±5
Opus vacuum Degree (Pa)	4.0 * E -1
Pressura suscitavit rate (Pa / H)	≤ 0.5
Debinding rate	＞97.5%
modum definiens	N2 in negans pressura，H2 in atmosphaera
Input gas	N2，Ar
Hot presuure (Bar)	10~120
Modus refrigerandi	Vacuum refrigeratio，Pressura refrigeratio, coactus pressura refrigerationem
Sintering modum	Vacuum sitering (pressionis partialis
Fornax compages	Horizontalis, cubiculum unum
Fornax ostium foramen modum	Hinge genus
Calefactio elementis	Graphit elementa calefactio
Calefaciens cubiculum	Compositio structura graphit dura filtro ac molli
Thermocouple	C Type
PLC & Electric elementa	Siemens
Temperatus controller	EUROTHERM
Vacuum sentinam	Mechanica sentinam ac radices sentinam

nativus libitum septa
Maximum temperatus	1300-2800
Maxime temperatus gradus	6.7 * E -3 Pa
Fornax compages	Horizontalis, Vertical, cubiculum unum
Modus ostium ostium	Hinge genus, genus elevatio, genus Flat
Calefactio elementis	Graphit elementa calefacientia, elementa calefacientia Mo
Calefaciens cubiculum	Compositum Graphit sentitur, Omnis metallum reflectens velum
Vacuum pumps	Sentinam mechanicam et radices sentinarum;Mechanica, radices et diffusio soleatus
PLC & Electric elementa	Siemens, Omron, Renault, Siemens
Temperatus controller	EUROTHERM, SHIMADEN