CN208810045U - A kind of defoaming agent reaction kettle - Google Patents
A kind of defoaming agent reaction kettle Download PDFInfo
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- CN208810045U CN208810045U CN201821057516.XU CN201821057516U CN208810045U CN 208810045 U CN208810045 U CN 208810045U CN 201821057516 U CN201821057516 U CN 201821057516U CN 208810045 U CN208810045 U CN 208810045U
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- reaction kettle
- defoaming agent
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- kettle ontology
- heater
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Abstract
The utility model discloses a kind of defoaming agent reaction kettles, including reaction kettle ontology, stirring motor and heater, the heat dissipation fin keel is fixedly mounted on inside heating interlayer, the reaction kettle ontology heating interlayer opposite with heat dissipation fin keel, which interlinks, is connected to circulation pipe, the output end of the circulation pipe and the input terminal of heater are connected, and are fixedly installed on the agitating shaft and are crossed sieve plate in arcuation.The defoaming agent reaction kettle, have convenient for producing mixed material and liquid agitation to defoaming agent to reaction kettle inside and mixing, it improves to defoaming agent mixed effect, and by recycling the heat kept the temperature to reaction kettle to reaction kettle internal insulation, when reducing defoaming agent production reaction the advantages of cost, it solves to quantity of heat given up is continued inside defoaming agent production reaction kettle, use cost is high, and the problem bad by mixing plant degree of being uniformly mixed to reaction kettle inside defoaming agent.
Description
Technical field
The utility model relates to defoaming agent production technical field, specially a kind of defoaming agent reaction kettle.
Background technique
Defoaming agent needs will specifically mix using to various kinds of equipment such as reaction kettle, electronic pumps in process of production
Material stirring heating is emulsified, and needs material being heated to technological temperature in this course to stir through mixing arrangement again, shape
It at the primary emulsifying slurry with certain temperature, then is uniformly emulsified, mixing forms finished product.
Since defoaming agent is to obtain after liquid mixture material reacts, the existing mixing plant to defoaming agent stirring is using sieving
Liquid and material is mixed in plate, easily the bubbles volume in increase liquid, influences to the mixed effect between liquid and material.
And need to continue quantity of heat given up to reaction kettle inside in defoaming agent reaction process, to guarantee inside reaction kettle
Temperature reacts defoaming agent in temperature constant state, if interruption provides heat to reaction kettle inside, temperature inside reaction kettle if can
Cooling influences the reaction effect of defoaming agent inside reaction kettle, it is therefore desirable to consume a large amount of electric power, higher operating costs.
Utility model content
The purpose of this utility model is to provide a kind of defoaming agent reaction kettle, has and be convenient for reaction kettle inside to defoaming agent
Mixed material and liquid agitation mixing are produced, is improved to defoaming agent mixed effect, and by being recycled to reaction kettle internal insulation
It solves and defoaming agent is produced when reducing defoaming agent production reaction the advantages of cost using the heat kept the temperature to reaction kettle
With quantity of heat given up is continued inside reaction kettle, use cost is high, and is stirred and mixed by mixing plant to reaction kettle inside defoaming agent
Close the bad problem of the uniformity.
To achieve the above object, the utility model provides the following technical solutions: a kind of defoaming agent reaction kettle, including reaction kettle
Ontology, stirring motor and heater, reaction kettle bodies top side, which interlinks, is connected to commissioning pipe, the commissioning pipe and reaction
The outside of kettle ontology is provided with heating interlayer, and the outside of the heating interlayer is provided with insulating layer, the output end of the heater
Be connected with heat dissipation fin keel by efferent duct, the heat dissipation fin keel is fixedly mounted on inside heating interlayer, the reaction kettle ontology with
The opposite heating interlayer of heat dissipation fin keel, which interlinks, is connected to circulation pipe, and the output end of the circulation pipe is communicated with the input terminal of heater
Connection, the stirring motor are fixedly mounted on the top of reaction kettle ontology, and the reaction kettle body interior passes through stirring motor
Output end is fixedly installed with agitating shaft, and the sieve plate of crossing in arcuation, the end face for crossing sieve plate are fixedly installed on the agitating shaft
Offering sieve pore, the stirring the tip of the axis corresponds in reaction kettle ontology bottom and is equipped with agitator disk by mounting base spiral,
The bottom of the reaction kettle ontology, which interlinks, is connected to discharge pipe.
Preferably, water filling through slot is provided with by spacing board inside the commissioning pipe.Defoaming agent is stirred by filling the water through slot
It mixes the mixed liquid of reaction and is injected into reaction kettle body interior, the temperature inside heating interlayer is to water filling through slot internal flow
Liquid preheating improves defoaming agent and mixes the efficiency that used liquid is heated in reaction kettle body interior.
Preferably, the input terminal of the commissioning pipe and water filling through slot is equipped with sealing plate by sealing edge spiral.It will disappear
After material required for infusion reacts and liquid investment reaction kettle body interior, sealing plate is by sealing edge to commissioning pipe
Top sealing with water filling through slot is blocked, and the sealing effect of reaction kettle body interior is kept.
Preferably, relief valve is provided at the top of the reaction kettle ontology.Reaction kettle body interior defoaming agent anti-
Certain air pressure can should be generated in the process, reaction kettle body interior defoaming agent opens relief valve after the reaction was completed, to reaction kettle sheet
The air pressure pressure release in internal portion avoids causing to defoam in ejection shape when the defoaming agent of reaction kettle body interior is discharged by discharge pipe
The waste of agent.
Preferably, the cross section of agitator disk setting wave-shaped, and the end face of agitator disk is uniformly provided with through-hole.It stirs
It mixes motor operation and drives agitating shaft rotation, wavy agitator disk mixes the liquid agitation for being located at lower section in reaction kettle ontology,
And sieving between liquid and material is mixed by through-hole, it improves and mixed effect is reacted to defoaming agent.
Compared with prior art, the beneficial effects of the utility model are as follows:
1, the utility model communicates setting heating interlayer, and corresponding heating outside reaction kettle body exterior and commissioning pipe
Insulating layer is arranged in the external of interlayer, and heater is connected to compress after alternating current extracts air and be heated, and the air after heating passes through output
Pipe is exported to heat dissipation fin keel, and heat dissipation fin keel accepts the heat that efferent duct exports, and in heating interlayer internal heat dissipating, passes through heat dissipation
Fin keel is stirred to react mixed liquid to defoaming agent to heat, water filling through slot is provided inside reaction kettle body interior and commissioning pipe
Body is injected into reaction kettle body interior, and commissioning pipe puts into reaction kettle body interior, heating folder to the material that defoaming agent produces and uses
Temperature inside layer preheats the material put into inside the liquid and commissioning pipe of water filling through slot internal flow, the liquid after preheating
And material is exported to reaction kettle body interior, heating interlayer provides temperature to reaction kettle body interior, in heater input terminal
When extracting compression heating to air, circulation pipe takes out the air inside heating interlayer by extraction dynamics of the heater to air
Take, provide heating interlayer inner air flowing effect, and to heating interlayer hot inside air extract by heater heating after again
Secondary output reduces the cost produced to defoaming agent, stirring motor connects city's electricity operation and drives agitating shaft rotation, stirs to heating interlayer
It mixes axis and passed through sieve plate in the rotation of reaction kettle ontology, the liquid of reaction kettle body interior is opened up with material by plate end face of being sieved
Cross sieve pore sieving mixing, cross sieve plate radian reduce to reaction kettle body interior liquid mixture material when impact dynamics, drop
The probability that bubble generates when low liquid mixture material improves the uniformity of defoaming agent stirring, convenient for defoaming agent after mixing evenly
In reaction kettle body interior operation.
2, the utility model corresponds to the wavy agitator disk of bottom setting, stirring in reaction kettle ontology in stirring the tip of the axis
Motor operation drives agitating shaft rotation, and wavy agitator disk mixes the liquid agitation for being located at lower section in reaction kettle ontology, and
Sieving between liquid and material is mixed by through-hole, improves and mixed effect is reacted to defoaming agent.
Detailed description of the invention
Fig. 1 is the utility model overall structure diagram；
Fig. 2 is the utility model A-A structural schematic diagram；
Fig. 3 is the utility model feed pipe structure schematic diagram.
In figure: 1 reaction kettle ontology；11 commissioning pipes；111 spacing boards；112 water filling through slots；113 sealing edges；114 sealings
Plate；12 heating interlayers；13 insulating layers；14 discharge pipes；15 relief valves；2 stirring motors；21 agitating shafts；22 cross sieve plate；221 sievings
Hole；23 agitator disks；231 mounting bases；232 through-holes；3 heaters；31 efferent ducts；32 heat dissipation fin keels；33 circulation pipes.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-3, a kind of defoaming agent reaction kettle, including reaction kettle ontology 1, stirring motor 2 and heater 3 are please referred to, is stirred
Motor 2 is arranged using YB22L1-6.The heater 3 is arranged using QL-KQ-02758 electric airheater, the reaction kettle sheet
1 top side of body has been connected commissioning pipe 11, and the outside of the commissioning pipe 11 and reaction kettle ontology 1 is provided with heating interlayer
12, the outside of the heating interlayer 12 is provided with insulating layer 13, passes through spacing board 111 inside the commissioning pipe 11 and is provided with water filling
Through slot 112.Mixed liquid is stirred to react to defoaming agent by water filling through slot 112 to be injected into inside reaction kettle ontology 1, is heated
Temperature inside interlayer 12 preheats the liquid of water filling 112 internal flow of through slot, improves defoaming agent and mixes used liquid anti-
Answer the efficiency heated inside kettle ontology 1.The input terminal of the commissioning pipe 11 and water filling through slot 112 passes through sealing 113 spiral of edge
Sealing plate 114 is installed.After 1 inside of material required for defoaming agent is reacted and liquid investment reaction kettle ontology, sealing
Plate 114 blocks the top sealing of commissioning pipe 11 and water filling through slot 112 by sealing edge 113, keeps inside reaction kettle ontology 1
Sealing effect.The output end of the heater 3 is connected with heat dissipation fin keel 32 by efferent duct 31, and the heat dissipation fin keel 32 is fixed
It is mounted on inside heating interlayer 12, the reaction kettle ontology 1 heating interlayer 12 opposite with heat dissipation fin keel 32, which interlinks to be connected to, to follow
The input terminal of endless tube 33, the output end and heater 3 of the circulation pipe 33 is connected, and the stirring motor 2 is fixedly mounted on
The top of reaction kettle ontology 1 is fixedly installed with agitating shaft 21 by the output end of stirring motor 2 inside the reaction kettle ontology 1,
It is fixedly installed on the agitating shaft 21 and crosses sieve plate 22 in arcuation, the end face for crossing sieve plate 22 offered sieve pore 221, institute
The end for stating agitating shaft 21 corresponds in reaction kettle ontology 1 bottom and is equipped with agitator disk 23, the reaction by 231 spiral of mounting base
The bottom of kettle ontology 1, which interlinks, is connected to discharge pipe 14.The cross section setting wave-shaped of the agitator disk 23, and agitator disk 23
End face is uniformly provided with through-hole 232.The operation of stirring motor 2 drives agitating shaft 21 to rotate, and wavy agitator disk 23 is anti-to being located at
The liquid agitation mixing of lower section in kettle ontology 1 is answered, and sieving between liquid and material is mixed by through-hole 232, raising offsets
Infusion reacts mixed effect.The top of the reaction kettle ontology 1 is provided with relief valve 15.Relief valve 15 uses SV73 reaction kettle
With relief valve, the defoaming agent inside reaction kettle ontology 1 can generate certain air pressure during the reaction, in reaction kettle ontology 1
Portion's defoaming agent opens relief valve 15 after the reaction was completed, to the air pressure pressure release inside reaction kettle ontology 1, avoids in reaction kettle ontology 1
The waste of defoaming agent is caused when internal defoaming agent is discharged by discharge pipe 14 in ejection shape.
It is heated in use, heater 3 connects to compress after alternating current extracts air, the air after heating is defeated by efferent duct 31
Out to heat dissipation fin keel 32, heat dissipation fin keel 32 accepts the heat that efferent duct 31 exports, and in 12 internal heat dissipating of heating interlayer, heat preservation
Temperature inside 13 pairs of reaction kettle ontology 1 of layer, by heat dissipation fin keel 12 in 1 inside of reaction kettle ontology and commissioning pipe 11
Portion provides heat, and water filling through slot 112 is stirred to react mixed liquid to defoaming agent and is injected into inside reaction kettle ontology 1, feeds intake
Inside the material investment reaction kettle ontology 1 that pipe 11 produces and uses defoaming agent, the temperature inside heating interlayer 12 is to water filling through slot
The material preheating put into inside the liquid and commissioning pipe 11 of 112 internal flows, liquid and material after preheating are exported to anti-
It answers inside kettle ontology 1, heating interlayer 12 extracts air in 3 input terminal of heater and press to temperature is provided inside reaction kettle ontology 1
When contracting heating, circulation pipe 33 extracts the air inside heating interlayer 12 by extraction dynamics of the heater 3 to air, provides and adds
Hot 12 inner air of interlayer flows effect, and extracts 12 hot inside air of heating interlayer by defeated again after the heating of heater 3
Out to heating interlayer 12, the cost produced to defoaming agent is reduced, stirring motor 2 connects city's electricity operation and agitating shaft 21 is driven to rotate,
Agitating shaft 21 passed through sieve plate 22 and rotated in reaction kettle ontology 1, passed through sieve plate with material to the liquid inside reaction kettle ontology 1
What 22 end faces opened up crosses the sieving mixing of sieve pore 221, and the radian for crossing sieve plate 22 is reduced to 1 internal liquid mixed material of reaction kettle ontology
When impact dynamics, wavy agitator disk 23 mixes the liquid agitation for being located at lower section in reaction kettle ontology 1, and passes through through-hole
232 pairs of sievings between liquid and material mix, and the probability that bubble generates when reducing liquid mixture material improves defoaming agent stirring
Uniformity operates convenient for defoaming agent after mixing evenly in 1 internal-response of reaction kettle ontology；1 inside defoaming agent of reaction kettle ontology
Relief valve 15 is opened after the reaction was completed to let out 1 inside defoaming agent of reaction kettle ontology the air pressure pressure release inside reaction kettle ontology 1
Discharge pipe 14 is opened after pressure again, the container internal reservoir to defoaming agent storage is expelled to by discharge pipe 14.
In summary: the defoaming agent reaction kettle communicates setting heating outside 1 outside of reaction kettle ontology and commissioning pipe 11
Interlayer 12, and insulating layer 13 is arranged in the outside of corresponding heating interlayer 12, heater 3 connects compression after alternating current extracts air and adds
Heat, by the output of efferent duct 31 to heat dissipation fin keel 32, the heat that heat dissipation fin keel 32 exports efferent duct 31 is held the air after heating
It connects, and in 12 internal heat dissipating of heating interlayer, insulating layer 13 passes through the fin keel 12 that radiates to the temperature inside reaction kettle ontology 1
To providing heat inside the inside of reaction kettle ontology 1 and commissioning pipe 11, water filling through slot 112 is stirred to react defoaming agent mixed
Liquid is injected into inside reaction kettle ontology 1, inside the material investment reaction kettle ontology 1 that commissioning pipe 11 produces and uses defoaming agent,
Temperature inside heating interlayer 12 is pre- to the material put into inside the liquid and commissioning pipe 11 of water filling 112 internal flow of through slot
Heat, liquid and material after preheating are exported to reaction kettle ontology 1, and heating interlayer 12 inside reaction kettle ontology 1 to providing
Temperature, when 3 input terminal of heater extracts compression heating to air, circulation pipe 33 is by heater 3 to the extraction dynamics of air
To inside heating interlayer 12 air extract, provide 12 inner air of heating interlayer flowing effect, and to heating interlayer 12 inside
Hot-air is extracted by being exported again after the heating of heater 3 to heating interlayer 12, reduces the cost produced to defoaming agent, stirring electricity
Machine 2 connects city's electricity operation and agitating shaft 21 is driven to rotate, and agitating shaft 21 passed through sieve plate 22 and rotates in reaction kettle ontology 1, to reaction
Liquid inside kettle ontology 1 passed through the sieving of sieve pore 221 of crossing that 22 end face of sieve plate opens up with material and mixed, and crossed the radian of sieve plate 22
Impact dynamics when reducing to 1 internal liquid mixed material of reaction kettle ontology, wavy agitator disk 23 is to positioned at reaction kettle sheet
The liquid agitation mixing of lower section in body 1, and sieving between liquid and material is mixed by through-hole 232, reduce liquid mixture
The probability that bubble generates when material, what is solved continues quantity of heat given up to defoaming agent production reaction kettle inside, and use cost is high, with
And the bad problem of mixing plant degree of being uniformly mixed is passed through to reaction kettle inside defoaming agent.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (5)
1. a kind of defoaming agent reaction kettle, including reaction kettle ontology (1), stirring motor (2) and heater (3), it is characterised in that: institute
Side at the top of reaction kettle ontology (1) is stated to be connected commissioning pipe (11), the commissioning pipe (11) and reaction kettle ontology (1) outside
Portion is provided with heating interlayer (12), and the outside of the heating interlayer (12) is provided with insulating layer (13), the heater (3) it is defeated
Outlet is connected with heat dissipation fin keel (32) by efferent duct (31), and the heat dissipation fin keel (32) is fixedly mounted in heating interlayer (12)
Portion, the reaction kettle ontology (1) and fin keel (32) the opposite heating interlayer (12) that radiates interlink and are connected to circulation pipe (33), described
The output end of circulation pipe (33) and the input terminal of heater (3) are connected, and the stirring motor (2) is fixedly mounted on reaction kettle
The top of ontology (1), the reaction kettle ontology (1) is internal to be fixedly installed with agitating shaft by the output end of stirring motor (2)
(21), it is fixedly installed on the agitating shaft (21) and crosses sieve plate (22) in arcuation, the end face for crossing sieve plate (22) offers
It crosses sieve pore (221), the end of the agitating shaft (21) corresponds to reaction kettle ontology (1) interior bottom and pacified by mounting base (231) spiral
Equipped with agitator disk (23), the bottom of the reaction kettle ontology (1), which interlinks, is connected to discharge pipe (14).
2. a kind of defoaming agent reaction kettle according to claim 1, it is characterised in that: between passing through inside the commissioning pipe (11)
Partition (111) is provided with water filling through slot (112).
3. a kind of defoaming agent reaction kettle according to claim 2, it is characterised in that: the commissioning pipe (11) and water filling through slot
(112) input terminal is equipped with sealing plate (114) by sealing edge (113) spiral.
4. a kind of defoaming agent reaction kettle according to claim 1, it is characterised in that: the top of the reaction kettle ontology (1)
It is provided with relief valve (15).
5. a kind of defoaming agent reaction kettle according to claim 1, it is characterised in that: the cross section of the agitator disk (23) is in
Wavy setting, and the end face of agitator disk (23) is uniformly provided with through-hole (232).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821057516.XU CN208810045U (en) | 2018-07-05 | 2018-07-05 | A kind of defoaming agent reaction kettle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821057516.XU CN208810045U (en) | 2018-07-05 | 2018-07-05 | A kind of defoaming agent reaction kettle |
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| Publication Number | Publication Date |
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| CN208810045U true CN208810045U (en) | 2019-05-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821057516.XU Active CN208810045U (en) | 2018-07-05 | 2018-07-05 | A kind of defoaming agent reaction kettle |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113713728A (en) * | 2021-09-02 | 2021-11-30 | 连云港盛和生物科技有限公司 | Cold source recyclable cryogenic reaction device for calcium beta-hydroxy-beta-methylbutyrate |
-
2018
- 2018-07-05 CN CN201821057516.XU patent/CN208810045U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113713728A (en) * | 2021-09-02 | 2021-11-30 | 连云港盛和生物科技有限公司 | Cold source recyclable cryogenic reaction device for calcium beta-hydroxy-beta-methylbutyrate |
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