CN102528042B - Siphon-type degreasing furnace - Google Patents
Siphon-type degreasing furnace Download PDFInfo
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- CN102528042B CN102528042B CN 201210045756 CN201210045756A CN102528042B CN 102528042 B CN102528042 B CN 102528042B CN 201210045756 CN201210045756 CN 201210045756 CN 201210045756 A CN201210045756 A CN 201210045756A CN 102528042 B CN102528042 B CN 102528042B
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Abstract
The invention discloses a siphon-type degreasing furnace and belongs to the field of degreasing devices of powder metallurgy injection molding parts. The siphon-type degreasing furnace comprises a furnace pipe platform, a furnace pipe, a furnace body, a trap, a vacuumizing mechanism and a protective gas introducing tube, wherein the center of one side of the furnace pipe platform is provided with a base; the furnace pipe is arranged on the furnace pipe platform; the furnace body is sheathed at the exterior of the furnace pipe; a group of electric heating rods are laid in the inner wall of the furnace body; the trap is fixed in the center on one side of the furnace pipe platform; the vacuumizing mechanism is arranged on one side of the furnace body; one end of the protective gas introducing tube extends into a furnace pipe cavity; the other end of the protective gas introducing tube is connected with a protective gas source device; the edge position of the circumstance direction of the furnace pipe platform is provided with one group of locking buckles; the outer wall of the bottom of the furnace pipe is provided with a coordination plate; the outer wall of the bottom of the furnace body is provided with a fixed flange plate; the edge position of the furnace pipe platform is provided with a first guide rod seat fixedly provided with a guide rod; the edge position of the coordination plate is provided with a second guide rod seat; and the edge position of the fixed flange plate is provided with a third guide rod seat. The siphon-type degreasing furnace has the advantages of improving the degreasing speed, being convenient to replace and maintain and being quick and accurate to assemble.
Description
Technical field
The invention belongs to powder metallurgy injection-molded parts degreasing plant technical field, be specifically related to a kind of hydrocone type debinding furnace
Background technology
Metal powder injection molding technology (Metal Injection Molding, be called for short MIM) be multidisciplinary interpenetrating and the technology of intersecting such as collection plastics molding process, polymer chemistry, powder metallurgy technology and Metal Material Science, utilize mould can disposable injection moulding to go out the product of complicated shape and made the structural member of high density, high accuracy and 3 D complex shape by sintering.This technology takes the lead in being invented in year in last century (1973) by California, USA Parmatech company, and early eighties is used widely America and Europe and Japan etc.This technology have processing step few, need not to cut or cutting and the high strong point of economic benefit on a small quantity, and can overcome that traditional powder metallurgical technique extrudate density is low, material is inhomogeneous, mechanical and physical performance is poor, the shortcoming of the slim and baroque part of easy-formation not.
Metal powder injection molding is realized by adding binding agent, promptly give the sufficient flowability of metal dust and use the blank that acquisition has the specific products feature by binding agent, blank removes by the binding agent that follow-up degreasing process will before add, and obtains having the product of metal or ceramic performance again through high temperature sintering.Specifically can be summarized by following flow process: metal dust mixes (abbreviation batch mixing), granulation, the post processing by mold injects moulding, degreasing (industry also claims unsticking), sintering and necessity with binding agent.
The system that is used for the known binding agent of metal powder injection molding mainly contains paraffinic base system and aldehyde resin system.The removal methods of binding agent mainly contains four kinds: the one, and the solvent degreasing method; The 2nd, hot degreasing method; The 3rd, siphon degreasing method; The 4th, the catalysis degreasing method of adhesive special system.The solvent degreasing method is first with the part component in the injection molding blank (also claiming constituent element) sucking-off by the principle of organic solvent extraction, remove all the other components by hot degreasing method again, because this method needs converter, promptly need blank is transferred to thermal debinding furnace from the solvent stove, therefore comparatively bother.Siphon degreasing method is that blank is placed on the siphon material, and more than the fusing point of one of them component in being heated to binding agent, this component sucking-off that the capillary force by the siphon material will melt is to reach the purpose that removes the wherein a kind of component in the binding agent.The catalysis degreasing method is to utilize aldehyde resin depolymerization in acid atmosphere to remove most of binding agent for the characteristic of formaldehyde gas, but this method has the fastidious property to binder system, promptly be only applicable to the binding agent of aldehyde resin system, and be not suitable for the binding agent of paraffin system.
Above-mentioned four kinds of degreasing methods all need to use corresponding debinding furnace, and in disclosed Chinese patent literature, be no lack of and be seen in, omit " liquid solvent extracting and degreasing device that is used for metal powder injection molded blank " as the CN101653665A recommendation to exemplify, this device is applicable to aforesaid solvent degreasing method; " a kind of powder metallurgy injection moulding fast defat stove " that CN202070764U provides, this debinding furnace is equally applicable to aforesaid solvent degreasing method; " the powder injection forming blank solvent degreasing device " that CN202113637U introduces, this degreasing plant still is applicable to the solvent degreasing method; " a kind of powder injection forming gradient negative pressure hot defatting method " that CN100486737C discloses.
" vacuum degreasing, the sintering integrated furnace " that typical as practical novel license notification number CN2595500Y discloses, this patent scheme belongs to hydrocone type degreasing plant category, has the alleged technique effect of its Instructions Page 2 the 7th to the 9th row, but there is following shortcoming: one, degreasing speed is slow, because only be difficult under negative pressure state the adhesive gas that is volatilized by blank in the body of heater is drawn outside the stove with the exhaust tube in bottom of furnace body is insinuated into body of heater (patent claims the body of heater bleed-off passage); Its two, the blank and take out finished product inconvenience of in body of heater, packing into, and patent does not provide the technology enlightenment of the blank of packing into yet in stove; Its three, the structure of body of heater is lost rationally and is not easy to cleaning, because in use, especially in the blank loading furnace process, exists blank to cause the damage situation unavoidably, if can not in time clear up then can influence follow-up use; Its four because body of heater shows as integral structure, that is to say because body of heater flue performance meanwhile is as a whole, thereby is not easy to O﹠M, and more be not easy to furnace charge and discharging.
In view of above-mentioned prior art is necessary rationally to be improved, for this reason, the applicant has done useful design, and technical scheme described below produces under this background
Summary of the invention
Task of the present invention is to provide a kind of and helps to improve degreasing speed, helps feeding and discharging, be of value to cleaning and easy to use and the hydrocone type debinding furnace of safeguarding are arranged.
Task of the present invention is finished like this, a kind of hydrocone type debinding furnace, comprise a flue platform with one group of balance leg, this flue platform under user mode towards on the central authorities of a side be provided with base, a spaced apart side that is provided with from base connects the longitudinal hole to opposite side on base, each longitudinal hole is corresponding with the flue platform through hole on being opened in the flue platform and communicate, be provided with one group of cross through hole in the side of base and around the circumferencial direction of base is spaced apart, each cross through hole communicates with described longitudinal hole; One flue, this flue are arranged on the described flue platform, and the flue chamber of this flue is corresponding with described base; One body of heater, this body of heater are set in outside the described flue, flue is sealed, and be laid with the one group of electrically heated rod that is used for described flue is implemented radiation heating at the inwall of this body of heater, and this group electrically heated rod is provided with at interval along the short transverse of body of heater; One trap, this trap are fixed on the central part of described flue platform towards a side of described balance leg, and corresponding with described base; One vacuum device, this vacuum device are arranged on a side of described body of heater, and are connected with described trap pipeline; One protective gas inlet tube, one end of this protective gas inlet tube is in described flue platform is stretched over described flue chamber, and the other end of protective gas inlet tube is connected with the protective gas compressed air source unit, the shape of described flue platform is disc, and is arranged at intervals with one group of tab in the edge of the circumferencial direction of flue platform; On the outer wall of the bottom of described flue and around the circumferencial direction of outer wall, expand to establish and constitute a cooperation dish, be provided with the locking catching groove that the position equates with the corresponding quantity of described tab in the edge of this cooperation dish and around the circumferencial direction of cooperation dish is spaced apart; On the outer wall of the bottom of described body of heater and around the circumferencial direction of body of heater, constitute a fixed flange, on this fixed flange and around the spaced apart quantity that is provided with of circumferencial direction of fixed flange, equate with the quantity of described locking catching groove and the corresponding ring flange holddown groove in position, described tab and described locking catching groove and the locking of ring flange holddown groove, wherein: be extended with one or a plurality of first guide rod seat in the edge of described flue platform, on the first guide rod seat, be installed with a guide rod; Be extended with that quantity equates with the quantity of the first guide rod seat in the edge of described cooperation dish and the corresponding second guide rod seat in position, this second guide rod seat and described guide rod are slidingly matched; Be extended with that quantity equates with the quantity of the first guide rod seat in the edge of described fixed flange and corresponding the 3rd guide rod seat in position, the 3rd guide rod seat overlaps with the described second guide rod seat and same and described guide rod is slidingly matched.
In a specific embodiment of the present invention, on the outer wall at the top of described flue and be positioned at middle position and be fixed with a flue hanger.
In another specific embodiment of the present invention, described body of heater has a bell, and the top seal of this bell and body of heater is fixed, on the outer wall of this bell and be positioned at middle position and be fixed with a bell hanger.
In another specific embodiment of the present invention, outside described body of heater, be provided with one group of power supply connecting plate, described electrically heated rod is connected with the power supply connecting plate by power line, and is arranged with insulating sleeve on the power line outside being stretched over body of heater.
In another specific embodiment of the present invention, on the outer wall of described body of heater, be fixed with one be used for to described power supply connecting plate cover protect and position and the corresponding insulating protection plate of power supply connecting plate.
Also have in the specific embodiment of the present invention, described trap has a cavity volume, described flue platform through hole communicates with this cavity volume, side at trap is equipped with an exhaust tube interface, this exhaust tube interface communicates with cavity volume, and on the exhaust tube interface, connect an end of exhaust tube, and the other end of exhaust tube is connected with described vacuum device.
More of the present invention and in specific embodiment, the shape of described flue is bell shape.
In of the present invention and then specific embodiment, in described cavity volume, be provided with and use first cleaning ball.
Of the present invention again more and in specific embodiment, described first cleaning ball is the steel wire pelletizing.
Technical scheme provided by the invention is owing to be provided with base on the flue platform, and on base, offered the vertical, horizontal through hole, longitudinal hole communicates with trap through flue platform through hole, under the effect of the vacuum device that is connected with trap, and under the electrically heated rod heating, the binding agent that the blank in the flue chamber that is arranged in flue is overflowed flows to trap under the effect of windstream fast, thereby can improve degreasing speed; Flue and body of heater are knockdown structure, therefore not only help charging and discharging but also have being convenient to the flue platform is implemented cleaning, can the electrically heated rod on the inwall of body of heater be convenient for changing and safeguard in addition; Being provided with of guide rod helps to the second guide rod seat on the cooperation dish of flue and to the 3rd guide rod seat guiding of the fixed flange of body of heater flue and body of heater fast and exactly are assemblied on the flue platform.
Description of drawings
Fig. 1 is the embodiments of the invention structure chart.
Fig. 2 is the cutaway view of Fig. 1.
The specific embodiment
For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more, the applicant general elaborates in the mode of embodiment below, but to the description of embodiment all is not restriction to the present invention program, any according to the present invention's design done only for pro forma but not substantial equivalent transformation all should be considered as technical scheme category of the present invention.
Ask for an interview Fig. 1 and Fig. 2, provided a flue platform 1, this flue platform 1 has one group and is used for flue platform 1 is in the balance leg 11 that soars in the terrace of field of employment, that is to say flue platform 1 and terrace are maintained a certain distance, under flue platform 1 user mode towards on a side central spaced apart be provided with one group of flue platform through hole 13(Fig. 2 and show), be stacked with a pair of base 12 at position corresponding to flue platform through hole 13, certainly the quantity of base 12 is not subjected to illustrating the restriction of quantity, for example may be as few as one also can as many as three or more, its effect is mainly used in regulates height.A spaced apart side that is provided with from base 12 connects one group of longitudinal hole 121 to opposite side on base 12, each longitudinal hole 121 is corresponding with aforesaid flue platform through hole 13, and be provided with one group of cross through hole 122 in the side of base 12 around the circumferencial direction of base 12 is spaced apart, each cross through hole 122 communicates (Fig. 2 shows) with aforesaid longitudinal hole 121.Preferably, between base 12 and flue platform 11, add a sealing ring 123, play the edge of base 12 and the sealing function between the flue platform 1 by sealing circle 123.
The shape of flue platform 1 is disc, in the edge of this flue platform 1 and around the circumferencial direction of the flue platform 1 one group of tab 14 that has been equidistantly spaced, and is furnished with nut on each tab 14.In addition, be extended with the first guide rod seat 15(that quantity is not subjected to illustrating restricted number in the edge one of flue platform 1 and be illustrated as two), be fixed with a guide rod 151 on each first guide rod seat 15.
One shape is arranged on the flue platform 1 just as the flue 2 of bell jar, and the flue chamber 21 of this flue 2 is corresponding with aforesaid base 12, that is to say, along with flue 2 is set to flue platform 1 and makes base 12 be positioned at flue chamber 21.Shown in figure, on the outer wall of the bottom of flue 2, extend and constitute one and connect dish 22, connect dish 22 edge and be provided with one group of locking catching groove 221 around the circumferencial direction that connects dish 22 is spaced apart at this, the quantity of locking catching groove 221 is equal with the quantity of aforesaid tab 14 and the position is corresponding.Solid welding has a flue hanger 23 on the outer wall at the top of flue 2, in addition, is extended with the second guide rod seat 222 that quantity equates with the quantity of the first guide rod seat 15 in the edge of cooperation dish 22 and in the position corresponding to the aforesaid first guide rod seat 15.
One body of heater, 3 covers are put outside aforesaid flue 2, be laid with electrically heated rod 31 at interval at the inwall of this body of heater 3 and along the short transverse of body of heater 3, by 31 pairs of flue 2 radiation heatings of electrically heated rod, the power line 311 of electrically heated rod 31 is connected with body of heater 3 power supply connecting plate 34 power supplys outward, and is arranged with insulating sleeve 3111 on the power line outside being stretched over body of heater 3 311.Body of heater 32 has a chuck 36, is equipped with cooling medium introducing interface 361 and cooling medium and draws interface 362 on chuck 36, and wherein, cooling medium is introduced interface 361 is drawn interface 362 corresponding to cooling medium below.Cooling medium (water) is drawn interface 362 by cooling medium and is drawn after also cooling medium is introduced interface 361 introducing chucks 36, to form circulating reflux.Top at body of heater 3 is equipped with a bell 33 with one group of securing member (cooperations of bolts and nuts), bell 33 has bell chuck 332, be provided with bell chuck cooling medium introducing interface 3321 and bell chuck cooling medium and draw interface 3322 on bell chuck 332, bell chuck cooling medium is introduced, outgoing interface 3321,3322 communicates with bell chuck 332.In addition, be fixed with a bell hanger 331 at the top of bell 33.
On the outer wall of the bottom of body of heater 3, be outward extended with a fixed flange 32, equate with aforesaid locking catching groove 221 and the corresponding ring flange holddown groove 321 in position at the edge of this fixed flange 32 and around the spaced apart quantity that is provided with of circumferencial direction of fixed flange 32, and on fixed flange 32, be extended with the 3rd guide pillar seat 322 that quantity equates with the second guide pillar seat 222 in position corresponding to the aforesaid second guide pillar seat 222.Preferably, the inwall of body of heater 3 is provided with furnace insulation flame retardant coating 37, and the inwall of same bell 33 is provided with bell thermal insulation fire-resistant layer 333.
After the cooperation dish hole 2221 that flue 2 is offered on by the second guide pillar seat 222 on the cooperation dish 22 is aimed at guide rods 151 and is arranged on the flue platform 1, and when guide rods 151 are aimed at and after cover places outside the flue 2 in the ring flange hole of offering on the 3rd guide rod seat 322 of the fixed flange 32 of body of heater 3 3221, flue 2 and body of heater 3 are locked on the flue platform 1 reliably in the position corresponding to the ring flange holddown groove 321 that locks catching groove 221 and overlap with locking catching groove 221 by tab 14, vice versa.As seen, pair of guide rods helped flue 2 and body of heater 3 fast and exactly to be configured on the flue platform 1 in 1,510 minutes, here alleged accurately is meant: the position alignment that makes locking catching groove 221 and tab 14, and ring flange holddown groove 321 is overlapped with locking catching groove 221, apace flue 2 and body of heater 3 are locked in order to tab 14.Preferably, in order to ensure safety, can be provided with one outside body of heater 3 and in the position corresponding to aforesaid power supply connecting plate 34 is used for power supply connecting plate 34 is covered the insulating protection plate 35 that protects, figure 2 illustrates a pair of cramp bar 351 that is used to support insulating protection plate 35, cramp bar 351 is fixing with body of heater 3.
Can know by above-mentioned explanation: since flue 2 meanwhile body of heater 3 therefore damage and when changing when electrically heated rod 31 each other for split-type structural, then very convenient, after removing flue 2 and body of heater 3, can clean flue platform 1 easily.
Please continue to see Fig. 1 and Fig. 2, provided a trap 4, this trap 4 has a cavity volume 41, and it is the steel wire pelletizing that first cleaning ball, 411, the first cleaning balls 411 are set in the cavity volume 41.When with screw 43 and aforesaid flue platform 1 towards under a side and after the fixed-site corresponding to base 12, cavity volume 41 just communicates with aforesaid flue platform through hole 13.Preferably, trap 4 constitutes a trap chuck 44, has connected into water interface 441 and water outlet interface 442 on this trap chuck 44, and the interface 441 of wherein intaking is positioned at the sidepiece of trap chuck 44, and water outlet interface 442 is positioned at the bottom of trap chuck 44.Preferably, also be equipped with a row's fat mouth 45 that communicates with cavity volume 41 in the bottom of trap 4, on row's fat mouth 45, be equipped with valve 451.Side at trap 4 is equipped with an exhaust tube interface 42, connect an end of an exhaust tube 421 on this exhaust tube interface 42, and the other end of exhaust tube 421 is connected with the vacuum device 5 of a side that is arranged on body of heater 3.
One end of the protective gas inlet tube of illustrating among the figure 6 is being stretched over behind flue platform 1 in the aforesaid flue chamber 21, and corresponding to the top in flue chamber 21, and the other end of protective gas inlet tube 6 is connected with the protective gas compressed air source unit.
Aforesaid vacuum device 5 comprises vavuum pump 51 and capture tank 52, vavuum pump 51 is arranged on the terrace of field of employment, the air inlet of capture tank 52 is connected with aforesaid exhaust tube 421, and this exhaust tube 421 is provided with valve 4211, vacuum meter 4212 and Pressure gauge 4213, wherein, vacuum meter 4212 is between valve 4211 and Pressure gauge 4213, and the gas outlet of capture tank 52 is connected with vavuum pump 51 by pipeline 521.Second cleaning ball 522 that is equivalent to aforesaid first cleaning ball 411 is set in capture tank 52.
Use when of the present invention, table platform 1 is arranged in the melt pit 81 of excavation on the terrace 8 together with flue 2 and body of heater 3.
The applicant describes use of the present invention in conjunction with Fig. 1 and Fig. 2, as described above, the present invention is arranged on excavated out on the terrace 8 of field of employment and preferably use in the melt pit 81 of concrete casting shop, specifically: balance leg 11 is supported in the melt pit 81, thereby be positioned at melt pit 81 together with inner furnace 2 and body of heater 3 by flue platform 1, vacuum device 5 then is arranged on the terrace 8, and is positioned at a side of body of heater 3.
To mix the injection molding blank in back with the adhesive of paraffinic base system by metal dust (present embodiment is the stainless steel metal powder) packs in the siphon vessel 7 that fills siphon material 71, and blank is buried by siphon material 71, promptly bury by 71 pairs of blanks of siphon material, again siphon vessel 7 is built on base 12 together with blank, then flue 2 and body of heater 3 are passed through the hoist tool handling to flue platform 1, and with tab 14 and locking catching groove 222 and 321 lockings of ring flange holddown groove.The binding agent of aforesaid paraffinic base system is known formulated by paraffin, polyethylene and stearic acid, and described siphon material 71 is sand (for example common emergy or a quartz sand).By operation to electrical control gear such as electric control box, open the vavuum pump 51 of vacuum device 5, the flue chamber 21 of flue 2 is evacuated to 10Pa.Same by operation to electrical control gear such as electric control box; make electrically heated rod 31 switch on and work; insulation 60min when the temperature in the flue chamber 21 rises to 60 ℃; introduce hydrogen or argon gas by protective gas inlet tube 6 simultaneously; the flow of hydrogen or argon gas is 0.5L/min; this moment, first component (also can claim first constituent element) of the binding agent in the blank under the effect of vacuum device 5 was that paraffin effusion blank under the effect of windstream enters formation capillary channel in the siphon material 71; aforementioned first component that enters in the siphon material 71 flows with gaseous form effusion siphon material 71 and towards trap 4; specifically be that gap and the cross through hole on base 12 122 through adjacent siphon vessel 7 enters in the cavity volume 41 of trap 4 by flue platform through hole 13; and making first component that enters in the cavity volume 41 under the state of cold water is introduced in trap chuck 44 circulation of trap 4 is that paraffin build is placing on first cleaning ball 411 in the cavity volume 41; first component that makes the binding agent in the blank by this is that paraffin removes; continue to be warming up to 450 ℃ and insulation 120min; making essentially identical second component of fusing point each other in the binding agent is that polyethylene and the 3rd component are that stearic acid removes; presintering then heats up; the intensification temperature is 750 ℃; after the insulation of 60min; cooling; remove body of heater 3 and flue 2 successively, obtain degreasing and injection molding powder metallurgy blank presintering.In above-mentioned degreasing and presintering process, feed cold water all the time to the chuck 36 of body of heater 3 and to the bell chuck 332 of bell 33, same, trap chuck 44 is also fed cold water.In the time will implementing cleaning, then feed 70-80 ℃ hot water, so that remove and discharge (open valve 451) the binding agent of productive set on first cleaning ball 411 is molten from row's fat mouth 45 to first cleaning ball 411 in the cavity volume 41 of trap 4
Claims (9)
1.
A kind of hydrocone type debinding furnace, this debinding furnace comprises a body of heater (3), one trap (4), one vacuum device (5) and a protective gas inlet tube (6), it is characterized in that also comprising a flue platform (1) with one group of balance leg (11), this flue platform (1) under user mode towards on the central authorities of a side be provided with base (12), go up a spaced apart side that is provided with from base (12) at base (12) and connect longitudinal hole (121) to opposite side, each longitudinal hole (121) is corresponding with the flue platform through hole (13) on being opened in flue platform (1) and communicate, in the side of base (12) and around the spaced apart one group of cross through hole (122) that is provided with of circumferencial direction of base (12), each cross through hole (122) communicates with described longitudinal hole (121); One flue (2), this flue (2) is arranged on the described flue platform (1), and the flue chamber (21) of this flue (2) is corresponding with described base (12); Described body of heater (3) is set in outside the described flue (2), flue (2) is sealed, and the inwall at this body of heater (3) is laid with the one group of electrically heated rod (31) that is used for described flue (2) is implemented radiation heating, and this group electrically heated rod (31) is provided with at interval along the short transverse of body of heater (3); Described trap (4) is fixed on the central part of described flue platform (1) towards a side of described balance leg (11), and corresponding with described base (12); Described vacuum device (5) is arranged on a side of described body of heater (3), and is connected with described trap (4) pipeline; One end of described protective gas inlet tube (6) is in described flue platform (1) is stretched over described flue chamber (21), and the other end of protective gas inlet tube (6) is connected with the protective gas compressed air source unit, the shape of described flue platform (1) is disc, and is arranged at intervals with one group of tab (14) in the edge of the circumferencial direction of flue platform (1); On the outer wall of the bottom of described flue (2) and around the circumferencial direction of outer wall, expand to establish and constitute a cooperation dish (22), be provided with the locking catching groove (221) that the position equates with the corresponding quantity of described tab (14) in the edge of this cooperation dish (22) and around the circumferencial direction of cooperation dish (22) is spaced apart; On the outer wall of the bottom of described body of heater (3) and around the circumferencial direction of body of heater (3), constitute a fixed flange (32), go up and equate and the corresponding ring flange holddown groove in position (321) with the quantity of described locking catching groove (221) at this fixed flange (32) around the spaced apart quantity that is provided with of circumferencial direction of fixed flange (32), described tab (14) and described locking catching groove (221) and ring flange holddown groove (321) locking, wherein: be extended with one or a plurality of first guide rod seat (15) in the edge of described flue platform (1), on the first guide rod seat (15), be installed with a guide rod (151); Be extended with that quantity equates with the quantity of the first guide rod seat (15) in the edge of described cooperation dish (22) and the corresponding second guide rod seat (222) in position, this second guide rod seat (222) is slidingly matched with described guide rod (151); Be extended with that quantity equates with the quantity of the first guide rod seat (15) in the edge of described fixed flange (32) and corresponding the 3rd guide rod seat (322) in position, the 3rd guide rod seat (322) overlaps with the described second guide rod seat (222) and same and described guide rod (151) is slidingly matched.
2.
Hydrocone type debinding furnace according to claim 1 is characterized in that on the outer wall at the top of described flue (2) and is positioned at middle position being fixed with a flue hanger (23).
3.
Hydrocone type debinding furnace according to claim 1, it is characterized in that described body of heater (3) has a bell (33), the top seal of this bell (33) and body of heater (3) is fixed, on the outer wall of this bell (33) and be positioned at middle position and be fixed with a bell hanger (331).
4.
Hydrocone type debinding furnace according to claim 1, it is characterized in that outside described body of heater (3), being provided with one group of power supply connecting plate (34), described electrically heated rod (31) is connected with power supply connecting plate (34) by power line (311), and is arranged with insulating sleeve (3111) on the power line (311) outside being stretched over body of heater (3).
5.
Hydrocone type debinding furnace according to claim 4, it is characterized in that on the outer wall of described body of heater (3), being fixed with one be used for to described power supply connecting plate (34) cover protect and position and the corresponding insulating protection plate of power supply connecting plate (34) (35).
6.
Hydrocone type debinding furnace according to claim 1, it is characterized in that described trap (4) has a cavity volume (41), described flue platform through hole (13) communicates with this cavity volume (41), side at trap (4) is equipped with an exhaust tube interface (42), this exhaust tube interface (42) communicates with cavity volume (41), and on exhaust tube interface (42), connect an end of exhaust tube (421), and the other end of exhaust tube (421) is connected with described vacuum device (5).
7.
Hydrocone type debinding furnace according to claim 1 is characterized in that the shape of described flue (2) is bell shape.
8.
Hydrocone type debinding furnace according to claim 6 is characterized in that being provided with in described cavity volume (41) with first cleaning ball (411).
9.
Hydrocone type debinding furnace according to claim 8 is characterized in that described first cleaning ball (411) is the steel wire pelletizing
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210045756 CN102528042B (en) | 2012-02-27 | 2012-02-27 | Siphon-type degreasing furnace |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210045756 CN102528042B (en) | 2012-02-27 | 2012-02-27 | Siphon-type degreasing furnace |
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| CN102528042A CN102528042A (en) | 2012-07-04 |
| CN102528042B true CN102528042B (en) | 2013-07-31 |
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| CN105865194B (en) * | 2016-04-12 | 2020-04-03 | 中国核电工程有限公司 | Heating furnace |
| CN107042303A (en) * | 2017-04-07 | 2017-08-15 | 海安县鹰球粉末冶金有限公司 | A kind of de- furnace apparatus of vacuum and atmosphere dual-purpose type heat |
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| CN2595500Y (en) * | 2003-01-25 | 2003-12-31 | 中南大学 | Vacuum defatting and sintering integrated furnace |
| CN2597927Y (en) * | 2003-01-24 | 2004-01-07 | 湖南英捷高科技有限责任公司 | Vacuum defatting device |
| CN1974080A (en) * | 2006-12-15 | 2007-06-06 | 湖南大学 | Gradient negative pressure hot defatting technology for powder injecting formation |
| CN201265036Y (en) * | 2008-08-01 | 2009-07-01 | 潍坊盛瑞动力机械科技有限公司 | Degreasing furnace |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JPH0641610A (en) * | 1992-07-28 | 1994-02-15 | Ishikawajima Harima Heavy Ind Co Ltd | Vacuum degreasing and sintering furnace and degreasing method using the furnace |
| JP2000017305A (en) * | 1998-06-30 | 2000-01-18 | Shimazu Mekutemu Kk | Degreasing sintering furnace |
| JP5265475B2 (en) * | 2009-07-17 | 2013-08-14 | 株式会社トウネツ | One-chamber vacuum furnace |
| JP5492550B2 (en) * | 2009-12-28 | 2014-05-14 | 株式会社Ｉｈｉ | Degreasing method |
| JP2011174703A (en) * | 2011-05-17 | 2011-09-08 | E&M Engineering Co Ltd | Degreasing furnace |
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2012
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| CN2597927Y (en) * | 2003-01-24 | 2004-01-07 | 湖南英捷高科技有限责任公司 | Vacuum defatting device |
| CN2595500Y (en) * | 2003-01-25 | 2003-12-31 | 中南大学 | Vacuum defatting and sintering integrated furnace |
| CN1974080A (en) * | 2006-12-15 | 2007-06-06 | 湖南大学 | Gradient negative pressure hot defatting technology for powder injecting formation |
| CN201265036Y (en) * | 2008-08-01 | 2009-07-01 | 潍坊盛瑞动力机械科技有限公司 | Degreasing furnace |
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| CN102528042A (en) | 2012-07-04 |
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