CN106077484A - A kind of multipurpose entirety temperature control panel and preparation method thereof - Google Patents
A kind of multipurpose entirety temperature control panel and preparation method thereof Download PDFInfo
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- CN106077484A CN106077484A CN201610672278.2A CN201610672278A CN106077484A CN 106077484 A CN106077484 A CN 106077484A CN 201610672278 A CN201610672278 A CN 201610672278A CN 106077484 A CN106077484 A CN 106077484A
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- Prior art keywords
- control panel
- temperature control
- core rod
- fusible pattern
- pattern core
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B22—CASTING; POWDER METALLURGY
- B22C—FOUNDRY MOULDING
- B22C9/00—Moulds or cores; Moulding processes
- B22C9/02—Sand moulds or like moulds for shaped castings
- B22C9/04—Use of lost patterns
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B22—CASTING; POWDER METALLURGY
- B22C—FOUNDRY MOULDING
- B22C9/00—Moulds or cores; Moulding processes
- B22C9/22—Moulds for peculiarly-shaped castings
- B22C9/24—Moulds for peculiarly-shaped castings for hollow articles
- B22C9/26—Moulds for peculiarly-shaped castings for hollow articles for ribbed tubes; for radiators
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K7/00—Constructional details common to different types of electric apparatus
- H05K7/20—Modifications to facilitate cooling, ventilating, or heating
- H05K7/2029—Modifications to facilitate cooling, ventilating, or heating using a liquid coolant with phase change in electronic enclosures
Abstract
A kind of multipurpose entirety temperature control panel and preparation method thereof, integral forming method is used to make temperature control panel plate body, first produce the fusible pattern core rod of temperature control panel plate body inner chamber according to the shapes and sizes of temperature control panel plate body inner chamber, go out the external mold of temperature control panel further according to the shape fabricating of temperature control panel；Then fusible pattern core rod is put in external mold, by external mold and fusible pattern core rod altogether, form the integral manufacturing mould of a temperature control panel, inwardly perfusion makes the molten metal material of temperature control panel again, the gap between external mold and fusible pattern core rod is filled up by molten metal material, form an overall temperature control panel base substrate, disassemble external mold again, temperature control panel base substrate with fusible pattern core rod is sent in mould cores melt device, fusible pattern core rod is melted by high temperature melting, fusible pattern core material is flowed out after fusible pattern is melted by metal material, form the overall temperature control panel with required interior spatial structure.
Description
Technical field
The present invention relates to a kind of part of cooling system and processing method thereof, especially relate to a kind of radiator cooling
Temperature control panel and processing method thereof, be mainly used in making the cooling radiator of various complexity；Belong to Advanced Machine Manufacturing Technology
Field.
Background technology:
Radiator is to shift in time to avoid affecting its normal work by the heat that machinery or other utensils produce in the course of the work
The device made.Common radiator can be divided into air-cooled according to radiating mode, heat-pipe radiator, and liquid is cold, semiconductor refrigerating, compression
The polytypes such as mechanism cold.Along with more and more higher for complication degree mechanical, electrical, liquid equipment, dissipating of device cooling system
Heat request is more and more higher, how in less heat dissipating mass, is distributed by heat as much as possible, becomes radiator
The Main way of research.
Take plate type radiator sheet, by liquid circulating in fin, the heat of institute's radiating element is taken away, be
One of a kind of main mode of radiator heat-dissipation, referred to as liquid are cold；Liquid is cold is to use liquid forced circulation under the drive of pump
Take away the heat of radiator, there are compared with air-cooled peace and quiet, lower the temperature and stablize, to advantages such as condition depended are little.But the price that liquid is cold
Of a relatively high, and install the most relatively cumbersome；The most existing liquid-cooling heat radiation plate is the most all to use package assembly group
Close formation；General liquid-cooling heat radiation plate has three kinds: a kind of substrate being utilized in surface fluting, then adds a cover plate through fluid sealant
Seal, play heat sinking function, but this kind of structure under conditions of continuous vibration it cannot be guaranteed that well seal, easily occur in
The situation of infiltration, causes equipment to get rusty, is likely to result in the short circuit of equipment component, affect the life-span of equipment；Another kind is to use
The aluminium sheet of section bar, inside has the cavity of circulation canal, then adds cavity two ends sealant sealing cover plate, plays heat sinking function,
It has with the first as shortcoming, easy water clock, safety are the highest.Also have one use exactly welding manner make one whole
The heat sink of body, this heat radiation is board-like to be first split into two halves heat sink, produces internal cavity by machining, then is dissipated by two halves
Hot body altogether, becomes an entirety by periphery welding, but so also ensures that the welding of certain depth, and weld
Seam is easy to the problems such as solder skip, rosin joint occur, nor vibration resistance, in the case of strong vibration, slight crack easily occurs；So very
It is necessary this is improved.
It is not found to have the patent literature constructed with the present invention by patent retrieval, has certain relation with the present invention
Patent mainly have following:
1, Patent No. CN200710035453.8, the entitled " evacuation of a kind of integrated phase change radiator of high power flat plate
Method " patent of invention, which disclose the vacuum pumping method of a kind of integrated phase change radiator of high power flat plate, radiator
Doing working medium with water, the evacuation of radiator is carried out by following method: 1) by the closing lumen openings of radiator upward, uses
Water is full of radiator and closes inner chamber, discharges the gas of intracavity in radiator is closed, then is sealed by closing lumen openings sealing device
Close.2) on radiator lower end cap, be provided with osculum, radiator is flipped upside down allow osculum down, then with heating method pair
Radiators heat, allowing the evaporation of lumen of radiator water form pressure is the intrinsic pressure of more than 0.1MPa.3) osculum is opened, by radiator
The water closing inner chamber is discharged to leave appropriate water (cavity volume of about 1/4～1/2) from osculum, then fills with mechanical seal
Put and enter compound seal with fluid sealant, osculum is blocked..
2, Patent No. CN201320041572.5, the practicality of entitled " a kind of high power module water-cooling plate " is new
Type patent, which discloses a kind of high power module water-cooling plate, and it includes substrate, offers level side in described substrate
To the water channel extended, the through described substrate of described water channel, the through one end to this substrate surface of this water channel is water inlet, and it is through
The other end to this substrate surface is outlet.Described water channel includes horizontal pipeline and two pipe tunnels；Described horizontal pipeline
Through described substrate, and its both ends open is by sealing blocking；Article one, one end of described pipe tunnel is described water inlet, another
One end of described pipe tunnel is described outlet, the respective other end of pipe tunnel described in described horizontal pipeline connection two.
3, Patent No. CN200920242469.0, the utility model patent of entitled " high frequency electric source cooling plate component ",
Which disclose a kind of high frequency electric source cooling plate component, including heat sink main body and the external water connector structure of heat sink main body,
It is characterized in that: described heat sink main body two ends are provided with end seals block, and described water swivel is connected on end seals block；Dissipating
In hot plate main body, processing has water channel, and described water channel is connected with water swivel.Heat sink main body of the present utility model uses aluminum material
Material, its internal processing sets up has water channel, and the stream supercooled water in water channel takes away heat, makes bulk temperature Quick uniform reduce, and
And the devices such as other transformator cylinder manifold in heat sink main body, can also be connect, heat radiation and the effect of energising can be played.
Though these patents above-mentioned have been directed to cooling heat sink, it was also proposed that some improve technical schemes, but carefully
Analyze it appeared that these patents the most real proposition solution cooling heat sink at present can not under conditions of there is continuous vibration
Ensure well to seal, slight crack easily occur, produces the situation of seepage, so will be easy to cause equipment to get rusty, in some instances it may even be possible to
The short circuit of equipment component can be caused, the problem affecting the life-span of equipment, the most still need to be improved further.
Summary of the invention
Present invention aims to can not protect under conditions of existing radiator liquid-cooling heat radiation plate etc. exists continuous vibration
Card well seals, and easily occurs in the situation of infiltration, causes equipment to get rusty, is likely to result in the short circuit of equipment component, impact
The life problems of equipment, proposes a kind of new radiator liquid-cooling heat radiation plate and row's manufacture method, this kind of radiator liquid-cooling heat radiation
Plate and row's manufacture method thereof can be prevented effectively from liquid-cooling heat radiation plate under conditions of continuous vibration and the phenomenon of seepage occur, the most also may be used
To be substantially reduced the labor intensity of production and effectively to reduce production cost.
In order to reach this purpose, the invention provides a kind of multipurpose entirety temperature control panel manufacture method, use entirety to become
Type method makes temperature control panel plate body, first produces the molten of temperature control panel plate body inner chamber according to the shapes and sizes of temperature control panel plate body inner chamber
Mould core rod, goes out the external mold of temperature control panel further according to the shape fabricating of temperature control panel；Then fusible pattern core rod is put in external mold, then by external mold
With fusible pattern core rod altogether, form the integral manufacturing mould of a temperature control panel, more inwardly perfusion makes the motlten metal of temperature control panel
Material, fills up the gap between external mold and fusible pattern core rod by molten metal material, forms an overall temperature control panel base substrate, then tears open
Lay down external mold, the temperature control panel base substrate with fusible pattern core rod sent in mould cores melt device, melts fusible pattern core rod by high temperature melting,
Flow out after fusible pattern core material is melted in temperature control panel base substrate, form the overall homoiothermic with required interior spatial structure
Plate.
Further, described elder generation produces temperature control panel plate body inner chamber according to the shapes and sizes of temperature control panel plate body inner chamber
Fusible pattern core rod is the planform according to temperature control panel inner chamber, uses meltable material more low-melting than temperature control panel metal material to make
Fusible pattern core rod, the fusing point of this material is close at temperature control panel metal material fusing point, but will not when carrying out the cast of temperature control panel base substrate
It is melted, can progressively be melted again in entering mould cores melt device after temperature control panel base substrate is made.
Further, described fusible pattern core rod is according to meltable material and binding agent weight by meltable material and binding agent
Amount number proportioning 100:1-5 carries out proportioning, after being mixed together, forms fusible pattern insert blank after being sufficiently stirred for；According still further to required
Temperature control panel inner chamber produce fusible pattern core rod base substrate equirotal with temperature control panel inner chamber, and on the surface of fusible pattern insert blank
Coating high-temperature resistant coating, forms fusible pattern core rod.
Further, described fusible pattern core rod meltable material uses glass steel ball to do fusible pattern core rod inserts, fiberglass
The diameter of pearl is at 1-3mm.
Further, described binding agent is heat-resisting siliceous colloid solution, as molten in silicate hydrolyzate liquid, waterglass and silicon
Glue；Component is silicic acid (H2SiO3) and solvent, and added with stabilizer, such as the NaOH in Ludox；Described high temperature resistant painting
Material is high temperature organosilicon paint, coats more than twice so that coating thickness reaches 1-3mm.
Further, described is the centre that fusible pattern core rod is placed in external mold by external mold and fusible pattern core rod altogether, and allows
Fusible pattern core rod forms unsettled structure at the bosom of external mold so that fusible pattern core rod forms gap with the inwall of external mold.
Further, described fusible pattern core rod is as support using the cooling fluid inlet of overall temperature control panel and outlet, makes
Obtaining fusible pattern core rod and be suspended in the inner space of external mold, the gap formed is the casting of metals material space of overall temperature control panel, is formed whole
The temperature control panel of body.
Further, described to melt fusible pattern core rod by high-temperature molten be after removing external mold, obtains including fusible pattern mould
The temperature control panel base substrate of core, is placed in the temperature control panel base substrate including fusible pattern core rod in mould cores melt device, and allows fusible pattern core rod
Supporting mouth down, melts fusible pattern core rod by high temperature melting so that fusible pattern core rod becomes liquid and flows out from supporting mouth；The temperature of fusing
Control lower than the fusing point of temperature control panel blank of material 20-30 DEG C, it is to avoid temperature control panel blank of material melts.
Further, described mould cores melt device uses electromagnetic induction electrical heating or microwave heating equipment, direct para-position
Fusible pattern core rod in temperature control panel base substrate heats, it is to avoid temperature control panel base substrate is heated, thus directly by temperature control panel base substrate
Fusible pattern core rod progressively melts.
A kind of overall temperature control panel made according to said method, overall temperature control panel includes a shell, the most useful
In the inner chamber of heat dissipating fluid flowing, its feature is, overall temperature control panel is seamless and faying face bulk metal shell, overall gold
The runner flowed for integral heat sink fluid in belonging to shell.
Further, the runner of described integral heat sink fluid flowing is the runner with turbulent flow tooth, in metal shell
It is provided with turbulent flow tooth in the runner on surface, makes the cooling liquid entering the runner of integral heat sink fluid flowing be disorderly by turbulent flow tooth
Stream mode flows, and arrives the purpose of temperature control panel Homogeneouslly-radiating.
It is an advantage of the current invention that:
The present invention uses the mode of similar model casting, carries out integral casting forming, the most still further by arranging fusible pattern core rod
The fusing of fusible pattern core rod is formed overall temperature control panel, there is following Some features:
1, taking integral casting forming to make temperature control panel, have the faying face not having two bodies, the sealing decreasing temperature control panel combines
Face, seals relatively reliable.
2, casting makes temperature control panel straight forming and eliminates the processing of faying face, can be greatly saved processing cost,
Reduce the cost of temperature control panel.
3, because overall temperature control panel generally metal, its heat conduction efficiency is higher, good heat dissipation effect.
Accompanying drawing illustrates:
Fig. 1 is the structural representation of one embodiment of the invention；
The structural representation of Fig. 2 another embodiment of the present invention.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention will be further described.
Embodiment one
As shown in Figure 1, a kind of overall temperature control panel made according to said method, overall temperature control panel includes a shell 1, outside
Having the inner chamber 2 moved for heat-sink fluid flow in shell 1, have entrance 4 and the outlet 5 of inner chamber 2 in the side of shell 1, its feature is,
Overall temperature control panel is seamless and faying face bulk metal shell, for the stream of integral heat sink fluid flowing in bulk metal shell 1
Road.
The runner of described integral heat sink fluid flowing is the runner with turbulent flow tooth 3, in metal shell inner surface
Chamber 2 is provided with turbulent flow tooth 3, makes the cooling liquid entering the runner of integral heat sink fluid flowing be turbulent condition by turbulent flow tooth 3
Flowing, arrives the purpose of temperature control panel Homogeneouslly-radiating.
The manufacture method of above-mentioned temperature control panel is to use integral forming method to make temperature control panel plate body, first according to temperature control panel plate body
The shapes and sizes of inner chamber produce the fusible pattern core rod of temperature control panel plate body inner chamber, and the shape fabricating further according to temperature control panel goes out temperature control panel
External mold；Then fusible pattern core rod is put in external mold, by external mold and fusible pattern core rod altogether, form the overall system of a temperature control panel
Make mould, more inwardly perfusion makes the molten metal material of temperature control panel, fill up external mold and fusible pattern core rod by molten metal material
Between gap, form an overall temperature control panel base substrate, then disassemble external mold, by with fusible pattern core rod temperature control panel base substrate send into
In mould cores melt device, melt fusible pattern core rod by high temperature melting so that fusible pattern core material is after fusible pattern is melted by metal material
Flow out, form the overall temperature control panel with required interior spatial structure.
Further, described elder generation produces temperature control panel plate body inner chamber according to the shapes and sizes of temperature control panel plate body inner chamber
Fusible pattern core rod is the planform according to temperature control panel inner chamber, uses meltable material more low-melting than temperature control panel metal material to make
Fusible pattern core rod, the fusing point of this material is close at temperature control panel metal material fusing point, but will not when carrying out the cast of temperature control panel base substrate
It is melted, can progressively be melted again in entering mould cores melt device after temperature control panel base substrate is made.
Further, described fusible pattern core rod is according to meltable material and binding agent weight by meltable material and binding agent
Amount number proportioning 100:1-5 carries out proportioning, after being mixed together, forms blank after being sufficiently stirred for；According still further to required temperature control panel
Inner chamber produces fusible pattern core rod base substrate equirotal with temperature control panel inner chamber, and coats resistance to height on the surface of fusible pattern insert blank
Thermo-paint, forms fusible pattern core rod.
Further, described fusible pattern core rod meltable material uses glass steel ball to do fusible pattern core rod inserts, fiberglass
The diameter of pearl is at 1-3mm.
Further, described binding agent is Ludox；Component is silicic acid (H2SiO3) and solvent, and added with NaOH
Stabilizer；Described high-temperature resistant coating is high temperature organosilicon paint, coats more than twice so that coating thickness reaches 1-3mm.
Further, described is the centre that fusible pattern core rod is placed in external mold by external mold and fusible pattern core rod altogether, and allows
Fusible pattern core rod forms unsettled structure at the bosom of external mold so that fusible pattern core rod forms gap with the inwall of external mold.
Further, described fusible pattern core rod is using the entrance and exit of overall temperature control panel as support so that fusible pattern mould
Core is suspended in the inner space of external mold, and the gap formed is the casting of metals material space of overall temperature control panel, forms overall homoiothermic
Plate.
Further, described to melt fusible pattern core rod by high-temperature molten be after removing external mold, obtains including fusible pattern mould
The temperature control panel base substrate of core, is placed in the temperature control panel base substrate including fusible pattern core rod in mould cores melt device, and allows fusible pattern core rod
Supporting mouth down, melts fusible pattern core rod by high temperature melting so that fusible pattern core rod becomes liquid and flows out from supporting mouth；The temperature of fusing
Control lower than the fusing point of temperature control panel blank of material 20-30 DEG C, it is to avoid temperature control panel blank of material melts.
Further, described mould cores melt device uses electromagnetic induction electrical heating or microwave heating equipment, direct para-position
Fusible pattern core rod in temperature control panel base substrate heats, it is to avoid temperature control panel base substrate is heated, thus directly by temperature control panel base substrate
Fusible pattern core rod progressively melts.
Embodiment two
As the basic structure of embodiment two and embodiment one and manufacture method, as shown in Figure 2, also it is a kind of overall homoiothermic
Plate, overall temperature control panel includes a shell 201, has the inner chamber 202 moved for heat-sink fluid flow, at shell 201 in shell 201
Side have entrance 204 and the outlet 205 of inner chamber 202, its feature is, overall temperature control panel is seamless and the overall gold of faying face
The runner flowed for integral heat sink fluid in belonging to shell, bulk metal shell, has turbulent tooth 203 at inner chamber 202 inner surface.
The manufacture method of above-mentioned temperature control panel is to use integral forming method to make temperature control panel plate body, first according to temperature control panel plate body
The shapes and sizes of inner chamber produce the fusible pattern core rod of temperature control panel plate body inner chamber, and the shape fabricating further according to temperature control panel goes out temperature control panel
External mold；Then fusible pattern core rod is put in external mold, by external mold and fusible pattern core rod altogether, form the overall system of a temperature control panel
Make mould, more inwardly perfusion makes the molten metal material of temperature control panel, fill up external mold and fusible pattern core rod by molten metal material
Between gap, form an overall temperature control panel base substrate, then disassemble external mold, by with fusible pattern core rod temperature control panel base substrate send into
In mould cores melt device, melt fusible pattern core rod by high temperature melting so that fusible pattern core material is after fusible pattern is melted by metal material
Flow out, form the overall temperature control panel with required interior spatial structure.The most described fusible pattern core rod meltable material uses
Glass steel ball does fusible pattern core rod inserts, and the diameter of glass steel ball is at 1.5mm.
Described binding agent is silicate hydrolyzate liquid；Component is silicic acid (H2SiO3) and solvent, and added with NaOH
Stabilizer；Described high-temperature resistant coating is high temperature organosilicon paint, coats more than twice so that coating thickness reaches 1-3mm.
The runner of described integral heat sink fluid flowing is shape runner, makes to enter entirety by the layout of shape runner
The cooling liquid of the runner of heat dissipating fluid flowing is stream mode flowing, arrives the purpose of temperature control panel Homogeneouslly-radiating.
The production method of the present embodiment is as embodiment.
Above-mentioned listed embodiment, simply combines accompanying drawing and technical scheme is carried out clear, complete description；Aobvious
So, described embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based in the present invention
Embodiment, all other embodiments that those of ordinary skill in the art are obtained under not making creative work premise, all
Belong to the scope of protection of the invention.
Pass through above-described embodiment, still further it can be seen that, the invention still further relates to a kind of multipurpose entirety temperature control panel manufacture method, adopt
Make temperature control panel plate body with integral forming method, first produce temperature control panel plate body according to the shapes and sizes of temperature control panel plate body inner chamber
The fusible pattern core rod of inner chamber, goes out the external mold of temperature control panel further according to the shape fabricating of temperature control panel；Then fusible pattern core rod is put in external mold,
By external mold and fusible pattern core rod altogether, form the integral manufacturing mould of a temperature control panel, more inwardly perfusion makes the molten of temperature control panel
Melt metal material, fill up the gap between external mold and fusible pattern core rod by molten metal material, form an overall homoiothermic slab
Body, then disassemble external mold, the temperature control panel base substrate with fusible pattern core rod is sent in mould cores melt device, is melted by high temperature melting molten
Mould core rod so that fusible pattern core material flows out after fusible pattern is melted by metal material, is formed and has required interior spatial structure
Overall temperature control panel.
Further, described elder generation produces temperature control panel plate body inner chamber according to the shapes and sizes of temperature control panel plate body inner chamber
Fusible pattern core rod is the planform according to temperature control panel inner chamber, uses meltable material more low-melting than temperature control panel metal material to make
Fusible pattern core rod, the fusing point of this material is close at temperature control panel metal material fusing point, but will not when carrying out the cast of temperature control panel base substrate
It is melted, can progressively be melted again in entering mould cores melt device after temperature control panel base substrate is made.
Further, described fusible pattern core rod is according to meltable material and binding agent weight by meltable material and binding agent
Amount number proportioning 100:1-5 carries out proportioning, after being mixed together, forms fusible pattern insert blank after being sufficiently stirred for；Again at fusible pattern mould
Coat high-temperature resistant coating on the surface of core blank, form fusible pattern core rod.
Further, described fusible pattern core rod meltable material uses glass steel ball to do fusible pattern core rod inserts, fiberglass
The diameter of pearl is at 1-3mm.
Further, described binding agent is siliceous colloid solution, such as silicate hydrolyzate liquid, waterglass and Ludox；
Component is silicic acid (H2SiO3) and solvent, and added with stabilizer, such as the NaOH in Ludox；Described high-temperature resistant coating is
High temperature organosilicon paint, coats more than twice so that coating thickness reaches 1-3mm.
Further, described is the centre that fusible pattern core rod is placed in external mold by external mold and fusible pattern core rod altogether, and allows
Fusible pattern core rod forms unsettled structure at the bosom of external mold so that fusible pattern core rod forms gap with the inwall of external mold.
Further, described fusible pattern core rod is using the entrance and exit of overall temperature control panel as support so that fusible pattern mould
Core is suspended in the inner space of external mold, and the gap formed is the casting of metals material space of overall temperature control panel, forms overall homoiothermic
Plate.
Further, described to melt fusible pattern core rod by high-temperature molten be after removing external mold, obtains including fusible pattern mould
The temperature control panel base substrate of core, is placed in the temperature control panel base substrate including fusible pattern core rod in mould cores melt device, and allows fusible pattern core rod
Supporting mouth down, melts fusible pattern core rod by high temperature melting so that fusible pattern core rod becomes liquid and flows out from supporting mouth；The temperature of fusing
Control lower than the fusing point of temperature control panel blank of material 20-30 DEG C, it is to avoid temperature control panel blank of material melts.
Further, described mould cores melt device uses electromagnetic induction electrical heating or microwave heating equipment, direct para-position
Fusible pattern core rod in temperature control panel base substrate heats, it is to avoid temperature control panel base substrate is heated, thus directly by temperature control panel base substrate
Fusible pattern core rod progressively melts.
It is an advantage of the current invention that:
The present invention uses the mode of similar model casting, carries out integral casting forming, the most still further by arranging fusible pattern core rod
The fusing of fusible pattern core rod is formed overall temperature control panel, there is following Some features:
4, taking integral casting forming to make temperature control panel, have the faying face not having two bodies, the sealing decreasing temperature control panel combines
Face, seals relatively reliable.
5, casting makes temperature control panel straight forming and eliminates the processing of faying face, can be greatly saved processing cost,
Reduce the cost of temperature control panel.
Because overall temperature control panel generally metal, its heat conduction efficiency is higher, good heat dissipation effect.
Claims (10)
1. a multipurpose entirety temperature control panel manufacture method, it is characterised in that use integral forming method to make temperature control panel plate body,
First produce the fusible pattern core rod of temperature control panel plate body inner chamber according to the shapes and sizes of temperature control panel plate body inner chamber, further according to temperature control panel
Shape fabricating goes out the external mold of temperature control panel；Then fusible pattern core rod is put in external mold, by external mold and fusible pattern core rod altogether, form one
The integral manufacturing mould of individual temperature control panel, more inwardly perfusion makes the molten metal material of temperature control panel, is filled out by molten metal material
Mend the gap between external mold and fusible pattern core rod, form an overall temperature control panel base substrate, then disassemble external mold, will be with fusible pattern core rod
Temperature control panel base substrate send in mould cores melt device, melt fusible pattern core rod by high temperature melting so that fusible pattern core material is from metal
Material flows out after being melted by fusible pattern, forms the overall temperature control panel with required interior spatial structure.
2. multipurpose entirety temperature control panel manufacture method as claimed in claim 1, it is characterised in that described is first according to temperature control panel
It is the planform according to temperature control panel inner chamber that the shapes and sizes of plate body inner chamber produce the fusible pattern core rod of temperature control panel plate body inner chamber,
Using meltable material more low-melting than temperature control panel metal material to make fusible pattern core rod, the fusing point of this material is close at temperature control panel
Metal material fusing point, but will not be melted when carrying out the cast of temperature control panel base substrate, after temperature control panel base substrate is made, enter core rod
Can progressively be melted again in thawing apparatus.
3. multipurpose entirety temperature control panel manufacture method as claimed in claim 2, it is characterised in that described fusible pattern core rod be by
Meltable material carries out proportioning with binding agent according to meltable material and weight of binder number proportioning 100:1-5, is mixed together
After, after being sufficiently stirred for, form fusible pattern insert blank；One layer of high-temperature resistant coating, shape is coated again on the surface of fusible pattern insert blank
Become fusible pattern core rod.
4. multipurpose entirety temperature control panel manufacture method as claimed in claim 3, it is characterised in that described fusible pattern core rod is fusible
Melting material uses glass steel ball to do fusible pattern core rod inserts, and the diameter of glass steel ball is at 1-3mm.
5. multipurpose entirety temperature control panel manufacture method as claimed in claim 3, it is characterised in that described binding agent is silicic acid
Colloid solution；Described high-temperature resistant coating is high temperature organosilicon paint, coats more than twice so that coating thickness reaches 1-
3mm。
6. multipurpose entirety temperature control panel manufacture method as claimed in claim 1, it is characterised in that described by external mold and fusible pattern
Core rod is the centre that fusible pattern core rod is placed in external mold altogether, and allows fusible pattern core rod form unsettled knot at the bosom of external mold
Structure so that fusible pattern core rod forms gap with the inwall of external mold.
7. multipurpose entirety temperature control panel manufacture method as claimed in claim 6, it is characterised in that described fusible pattern core rod be with
The entrance and exit of overall temperature control panel is as support so that fusible pattern core rod is suspended in the inner space of external mold, and the gap formed is
The casting of metals material space of overall temperature control panel, forms overall temperature control panel.
8. multipurpose entirety temperature control panel manufacture method as claimed in claim 1, it is characterised in that described passes through high temperature melt
Falling fusible pattern core rod is after removing external mold, obtains including the temperature control panel base substrate of fusible pattern core rod, will include the tune of fusible pattern core rod
Temperature slab body be placed in mould cores melt device, and allow fusible pattern core rod supporting mouth down, melt fusible pattern core rod by high temperature melting, make
Obtain fusible pattern core rod and become liquid from supporting mouth outflow；The temperature of fusing controls at 20-30 lower than the fusing point of temperature control panel blank of material
DEG C, it is to avoid temperature control panel blank of material melts.
9. multipurpose entirety temperature control panel manufacture method as claimed in claim 8, it is characterised in that described mould cores melt device
Using electromagnetic induction electrical heating or microwave heating equipment, the fusible pattern core rod being directly pointed in temperature control panel base substrate heats, and keeps away
Exempt from temperature control panel base substrate to be heated, thus directly the fusible pattern core rod in temperature control panel base substrate is progressively melted.
10. the overall temperature control panel made according to said method, overall temperature control panel includes a shell, have in the enclosure for
The inner chamber of heat dissipating fluid flowing, its feature is, overall temperature control panel is seamless and faying face bulk metal shell, bulk metal
For the runner of integral heat sink fluid flowing in shell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610672278.2A CN106077484A (en) | 2016-08-16 | 2016-08-16 | A kind of multipurpose entirety temperature control panel and preparation method thereof |
Applications Claiming Priority (1)
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Cited By (1)
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| CN108213395A (en) * | 2017-12-26 | 2018-06-29 | 吴立兵 | Demould casting method |
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