CN207227278U - A kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber - Google Patents
A kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber Download PDFInfo
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- CN207227278U CN207227278U CN201720933320.1U CN201720933320U CN207227278U CN 207227278 U CN207227278 U CN 207227278U CN 201720933320 U CN201720933320 U CN 201720933320U CN 207227278 U CN207227278 U CN 207227278U
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- furnace body
- fusion zone
- baffle
- feeding port
- heating electrode
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Abstract
It the utility model is related to a kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber.Including furnace body（1）, the furnace body（1）Top is provided with feeding port（6）, the furnace body（1）Inside it is provided with and the feeding port（6）The fusion zone of connection（3）；The fusion zone（3）Both sides are provided with the heating electrode being oppositely arranged（2）, the furnace body（1）Inside it is additionally provided with positioned at the heating electrode（2）The cooling jacket in outside（8）；The furnace body（1）Lower part is provided with high speed liquid material feed inlet（4）, the high speed liquid material feed inlet（4）With the feeding port（6）It is arranged oppositely, the high speed liquid material feed inlet（4）Lower section sets bushing（5）.The utility model sets heating electrode in furnace body side, and the mode for being relatively arranged on furnace body top surface more concentrates the heating region of furnace body the utilization rate for effectively, improving energy.
Description
Technical field
A kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber is the utility model is related to, belongs to basalt production
Engineering device technique field.
Background technology
Continuous basalt fiber material is known as " new material of 21 century ", is using basalt ore as raw material, by the Black Warrior
Rock particulate material is added in fiber drawing furnace 14500It is drawn into the continuous fiber of various specifications after C high temperature meltings by wire-drawing frame again,
4-23 microns of fibre diameter, since this method only has a kind of basalt ore raw material, also almost without air pollution, itself is without harmful
Volatile matter, therefore be a kind of environmentally protective fiber producing processes of environmental pollution without influence.Produce continuous basalt fiber
Method has electric smelting method wire drawing and electrical bond farad silk production technology, and the smelting furnace currently used for fused basalt ore is drawn with separate unit
Silk stove（Crucible）It is the structure type for single fast bushing of stove list that fiber drawing furnace is equipped with one block of bushing based on production, in fiber drawing furnace
The fusing of ore raw materials increases several silicon-carbons in one, some uses with the solution material in wire-drawing shape area in fiber drawing furnace space surface
The device of rod auxiliary heating, the use also having carry out the device of gas-aided heating in the space surface of fiber drawing furnace, so make company
Energy consumption rise during continuous basalt fibre wire drawing production, production cost also increase therewith.In current continuous basalt fiber market
In the case that demand increases year by year, it is necessary to existing basalt fusing fiber drawing furnace is innovated and transformed, in identical energy
For the purpose of improving production efficiency in the case of consumption, production capacity is improved.
Utility model content
The utility model improves fiber drawing furnace working performance in view of the foregoing drawbacks, and it is an object of the present invention to provide a kind of rational in infrastructure
A kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber.
The technical solution adopted in the utility model is for this：The utility model includes furnace body（1）, the furnace body（1）Top
It is provided with feeding port（6）, the furnace body（1）Inside it is provided with and the feeding port（6）The fusion zone of connection（3）；
The fusion zone（3）Both sides are provided with the heating electrode being oppositely arranged（2）, the furnace body（1）Inside it is additionally provided with position
In the heating electrode（2）The cooling jacket in outside（8）；
The furnace body（1）Lower part is provided with high speed liquid material feed inlet（4）, the high speed liquid material feed inlet（4）With the throwing
Material mouth（6）It is arranged oppositely, the high speed liquid material feed inlet（4）Lower section sets bushing（5）.
The fusion zone（3）By baffle（9）Some regions are isolated into, wherein close to feeding port（6）First baffle（9）Support
Touch in fusion zone（3）Above and and the fusion zone（3）Exist under gap；
Remaining follow-up baffle（9）Then contradict in fusion zone（3）Below and and the fusion zone（3）There are gap above；
The first baffle（9）Fusion zone above（3）Part is not provided with the heating electrode（2）, follow-up baffle（9）Shape
Into fusion zone（3）Part sets the heating electrode（2）.
Follow-up baffle（9）It is highly incremented by successively from front to back.
First baffle（9）The channel slopes connected between two regions isolated are down-set.
The utility model has the advantages that：The utility model sets heating electrode in furnace body side, is relatively arranged on furnace body top surface
Mode the utilization rate for effectively, improving energy is more concentrated to the heating region of furnace body；At the same time the utility model by fusion zone every
From into some regions, and the region of front end is not provided with heating electrode, i.e., it is used as charging, can so reduce heated generation
Influence of the hot gas to blanking；And subsequently set baffle then to extend residence time of the liquid material in fusion zone, improve heating effect
Rate；Height of baffle plate is incremented by the same time, because the temperature of subsequent material gradually increases, therefore the volume of its expansion is also bigger, pretends this
Set, improve the utilization rate of thermal energy and improve the residence time of liquid material.
Brief description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the top view of Fig. 1.
1 it is furnace body in figure, 2 be heating electrode, 3 be fusion zone, 4 be high speed liquid material feed inlet, 5 be bushing, 6 is throwing
Material mouth, 7 be peep hole, 8 be cooling water pipe, 9 be baffle.
Embodiment
The utility model includes furnace body 1, and 1 top of furnace body is provided with feeding port 6, is provided with the furnace body 1 and institute
State the fusion zone 3 of the connection of feeding port 6；
3 both sides of fusion zone are provided with the heating electrode 2 being oppositely arranged, and are additionally provided with the furnace body 1 positioned at described
Heat the cooling jacket 8 in the outside of electrode 2；
1 lower part of furnace body is provided with high speed liquid material feed inlet 4, and the high speed liquid material feed inlet 4 and the feeding port 6 are right
To setting, the lower section of high speed liquid material feed inlet 4 sets bushing 5.
The fusion zone 3 is isolated into some regions by baffle 9, wherein the first baffle 9 close to feeding port 6 is contradicted and melted
Area 3 above and and the fusion zone 3 exist under gap；
Remaining follow-up baffle 9 then contradict below fusion zone 3 and and the fusion zone 3 above there are gap；
3 part of fusion zone before the first baffle 9 is not provided with the heating electrode 2, the fusing that follow-up baffle 9 is formed
3 part of area sets the heating electrode 2.
Follow-up baffle 9 is highly incremented by successively from front to back.
The channel slopes connected between two regions that first baffle 9 isolates are down-set.
The utility model is further additionally provided with peep hole 7 on furnace body 1, can observe stove in real time as needed
Working condition in body 1.
Further the first baffle 9 can be made the utility model of heat-insulating material, before so reducing first baffle 9
Portion region liquid material, which will not be subject to transmit, to be heated.
Claims (4)
1. a kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber, it is characterised in that including furnace body（1）, the stove
Body（1）Top is provided with feeding port（6）, the furnace body（1）Inside it is provided with and the feeding port（6）The fusion zone of connection（3）；
The fusion zone（3）Both sides are provided with the heating electrode being oppositely arranged（2）, the furnace body（1）Inside it is additionally provided with positioned at institute
State heating electrode（2）The cooling jacket in outside（8）；
The furnace body（1）Lower part is provided with high speed liquid material feed inlet（4）, the high speed liquid material feed inlet（4）With the feeding port
（6）It is arranged oppositely, the high speed liquid material feed inlet（4）Lower section sets bushing（5）.
A kind of 2. high production capacity fiber drawing furnace for being used to produce continuous basalt fiber according to claim 1, it is characterised in that
The fusion zone（3）By baffle（9）Some regions are isolated into, wherein close to feeding port（6）First baffle（9）Conflict is being melted
Area（3）Above and and the fusion zone（3）Exist under gap；
Remaining follow-up baffle（9）Then contradict in fusion zone（3）Below and and the fusion zone（3）There are gap above；
The first baffle（9）Fusion zone above（3）Part is not provided with the heating electrode（2）, follow-up baffle（9）Formed
Fusion zone（3）Part sets the heating electrode（2）.
A kind of 3. high production capacity fiber drawing furnace for being used to produce continuous basalt fiber according to claim 2, it is characterised in that
Follow-up baffle（9）It is highly incremented by successively from front to back.
A kind of 4. high production capacity fiber drawing furnace for being used to produce continuous basalt fiber according to claim 2, it is characterised in that
First baffle（9）The channel slopes connected between two regions isolated are down-set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720933320.1U CN207227278U (en) | 2017-07-29 | 2017-07-29 | A kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720933320.1U CN207227278U (en) | 2017-07-29 | 2017-07-29 | A kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207227278U true CN207227278U (en) | 2018-04-13 |
Family
ID=61855164
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720933320.1U Active CN207227278U (en) | 2017-07-29 | 2017-07-29 | A kind of high production capacity fiber drawing furnace for being used to produce continuous basalt fiber |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207227278U (en) |
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2017
- 2017-07-29 CN CN201720933320.1U patent/CN207227278U/en active Active
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