CN110395902A - A kind of mineral fibres processing system and its processing method - Google Patents
A kind of mineral fibres processing system and its processing method Download PDFInfo
- Publication number
- CN110395902A CN110395902A CN201910769935.9A CN201910769935A CN110395902A CN 110395902 A CN110395902 A CN 110395902A CN 201910769935 A CN201910769935 A CN 201910769935A CN 110395902 A CN110395902 A CN 110395902A
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- Prior art keywords
- slagging
- mineral fibres
- drying
- dry
- stomatas
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B4/00—Separating solids from solids by subjecting their mixture to gas currents
- B07B4/02—Separating solids from solids by subjecting their mixture to gas currents while the mixtures fall
- B07B4/04—Separating solids from solids by subjecting their mixture to gas currents while the mixtures fall in cascades
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B37/00—Manufacture or treatment of flakes, fibres, or filaments from softened glass, minerals, or slags
- C03B37/10—Non-chemical treatment
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B37/00—Manufacture or treatment of flakes, fibres, or filaments from softened glass, minerals, or slags
- C03B37/10—Non-chemical treatment
- C03B37/16—Cutting or severing
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- General Life Sciences & Earth Sciences (AREA)
- Geochemistry & Mineralogy (AREA)
- Manufacturing & Machinery (AREA)
- Materials Engineering (AREA)
- Organic Chemistry (AREA)
- Processing Of Solid Wastes (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The invention discloses a kind of mineral fibres processing system and its processing method, deslagging device, chopped device, drying device and grading plant including setting gradually and for the mineral fibres containing ball slag to be removed the gred respectively, is chopped, dries and is sieved；The ball slag being mingled in mineral fibres can be not only effectively removed by deslagging device, can also be reduced loss of the mineral fibres in slag removal, be improved the productivity of mineral fibres；Successively mineral fibres is chopped by chopped device, drying device and grading plant again, is dry, removes too short mineral fibres and other tiny impurity, obtained mineral fibres quality is good.
Description
Technical field
The present invention relates to mineral fibres manufacture fields, and in particular to a kind of mineral fibres processing system and its processing method.
Background technique
Mineral fibres is the fiber obtained from the Minerals And Rocks of fibrous structure, and main comprise material is various oxidations
Object, such as silica, aluminium oxide, magnesia, main source are each asbestoid, such as chrysotile, crocidolite etc..Mineral fibres
Generally use basalt, gangue, slag, flyash etc. be raw material, it is preprocessed, 1500 DEG C of high-temperature fusions, refine reel off raw silk from cocoons,
And it is surface-treated through special.About 1200 DEG C of the softening point of mineral fibres, fiber smooth in appearance is complete, safe to use
It not will cause human injury.Mineral fibres is usually used in producing brake lining, and the brake lining for adding mineral fibres has braking flat
The distinguishing features such as steady reliable, high-temperature behavior is good, abrasion are small, low noise, service life length, it is deep to be liked by friction material producer.Meanwhile
Mineral fibres has good dispersibility, and brake lining product produced, grinding surface is without cotton-wool particle, product appearance uniform one
It causes, texture is good.
Mineral fibres is the fiber obtained from Minerals And Rocks, due to interlocking in a jumble between fiber and fiber, and mineral
It is mingled with the biggish ball slag of many quality in fiber, these ball slags are attached to fiber surface because of electrostatic adsorption.It is existing
Mineral fibres processing system is being impregnated, in slagging-off treatment process, often there are many mineral fibres as soak drops into ball together
In slag, mineral fibres is caused to lose, productivity is lower；The drying production line of mineral fibres is longer after immersion, does not only take up a large amount of
Valuable space, and drying effect is poor；Meanwhile containing there are many too short mineral fibres and other are thin in obtained mineral fibres
Small impurity reduces the quality of mineral fibres.
Summary of the invention
The purpose of the present invention is to provide a kind of mineral fibres processing systems, while improving the processing side of existing mineral fibres
Method, the ball slag being mingled in mineral fibres can be not only effectively removed by deslagging device, can also be reduced mineral fibres and removed the gred
Loss in journey improves the productivity of mineral fibres；It is successively by chopped device, drying device and grading plant that mineral are fine again
Dimension is chopped, is dry, removing too short mineral fibres and other tiny impurity, and obtained mineral fibres quality is good.
To achieve the above object, the invention adopts the following technical scheme:
A kind of mineral fibres processing system, including setting gradually and for being removed respectively to the mineral fibres containing ball slag
Slag is chopped, dry and screening deslagging device, chopped device, drying device and grading plant；The deslagging device includes containing
Have soak impregnates cylinder, the slagging-off basket of opening up cone cell and slagging-off blender；The immersion cylinder lower end is fixed with multiple
Support leg；The slagging-off basket hang on immersion tube inner chamber；The slagging-off basket lower end is laterally removably fixed with filtering table；The mistake
The filter hole that multiple apertures are greater than ball slag is vertically arranged on filter disc；Slagging-off basket above the filtering table offers multiple apertures
Less than the overflow hole of mineral fibres, the slagging-off basket below filtering table offers multiple return ports；The immersion cylinder top cover is equipped with
Cover；The slagging-off blender is set on cover, passes through the mineral fibres and soak in slagging-off blender agitation slagging-off basket
Remove ball slag.
Preferably, the slagging-off blender includes slagging-off agitating shaft, multiple slagging-off stirring rods being arranged diagonally downward and consolidates
Due to the slagging-off motor on cover；The slagging-off agitating shaft includes axis and being individually fixed in the slagging-off in the slagging-off of inverted " t " type
The slagging-off side axle of upper axis two sides lower end；Axis upper end and cover are rotatablely connected in the slagging-off；The slagging-off stirring rod is from top to bottom
Interval is fixed in slagging-off side axle；Belt wheel is nested and fixed on the output shaft of the slagging-off motor and the upper axis that removes the gred, described in two
Tensioning has belt on belt wheel, drives slagging-off agitating shaft rotation by slagging-off motor.
Preferably, slagging-off blower is fixed on the cover；It is provided with mutually inside axis and slagging-off side axle in the slagging-off
The No.1 stomata being connected, slagging-off stirring rod are internally provided with No. two stomatas being connected to the No.1 stomata, and remove the gred stirring rod
Side wall is provided with multiple No. three stomatas being connected to No. two stomatas；The outlet side of the slagging-off blower is connected by slagging-off rotation
Connector is connected to No.1 stomata, and air is successively passed through No.1 stomata, No. two stomatas and No. three stomatas by the blower that removes the gred and is blown into
It removes the gred in basket.
Preferably, the venthole for exporting additional air is provided on the cover.
Preferably, the filter hole inner wall is fixed at intervals with multiple for stopping the obstruction item flexible of mineral fibres.
Preferably, the drying device includes that support frame, multiple spaced dry agitating shafts, multiple be tilted towards are divided into
The drying stirring rod set, the drying motor being fixed on support frame as described above and the conveyer belt being laterally arranged；Support frame as described above includes
The cross bar that is horizontally set above conveyer belt and it is located at conveyor belt two sides and vertical bar that upper end is fixedly connected with the cross bar；
The dry agitating shaft includes axis and the dried side for being individually fixed in axis two sides lower end in the drying in the drying of inverted " t " type
Axis；Axis upper end and cross bar are rotatablely connected in the drying；The dry stirring rod is spaced from top to bottom to be fixed in dry side axle；
The dry motor drives each dry agitating shaft rotation by a transmission component.
Preferably, the conveyer belt side is provided with drying air fan；It is respectively provided with inside axis and dry side axle in the drying
There are No. four stomatas interconnected, dry stirring rod is internally provided with No. five stomatas being connected to No. four stomatas, and drying is stirred
It mixes bar side wall and is provided with multiple No. six stomatas being connected to No. five stomatas；The inlet end and heated air source of the drying air fan
Connection, the outlet side of drying air fan pass through dry rotary connecting joint and are connected to No. four stomatas, by drying air fan by hot-air according to
It is secondary to be blowed on the mineral fibres on conveyer belt by No. four stomatas, No. five stomatas and No. six stomatas.
Preferably, the transmission component includes drive sprocket, multiple driven sprockets and driving chain；The drive chain wheel case
It connects and is fixed on the output shaft of dry motor；The driven sprocket is sleeved and fixed in dry upper axis upper end；The driving chain
It is tight to be arranged on drive sprocket and each driven sprocket, dry agitating shaft rotation is driven by dry motor.
Preferably, the grading plant includes screening blower, finished product collecting tank and scrap collecting slot；The screening blower is set
It is placed in below conveyer belt discharge end；The finished product collecting tank and scrap collecting slot are all set in the outlet side side of screening blower,
Selection by winnowing by sieving blower, which acts on, respectively falls in mineral fibres finished product and clast in finished product collecting tank and scrap collecting slot.
A kind of processing method of mineral fibres, sequentially includes the following steps:
S1, it removes Slag treatment: the mineral fibres containing ball slag and soak being put into deslagging device, through the deslagging device
Stirring, separation removal mineral fibres in ball slag；
S2, be chopped processing: will by the deslagging device, treated that mineral fibres takes out and carries out the processing that is chopped, it is chopped
The length of mineral fibres is 1~1000um afterwards；
S3, drying process: the mineral fibres after described be chopped is placed on conveyer belt, is adopted during transmitting transport
It is dried with multiple groups drying device, removes the soak of mineral fiber surfaces；
S4, classification processing: the mineral fibres after drying process enters grading plant, and too short mine is removed using selection by winnowing mode
Fibres and clast obtain mineral fibres finished product.
After adopting the above technical scheme, compared with the background technology, the present invention, having the following beneficial effects:
1, the present invention mixes the mineral fibres containing ball slag with soak, under the agitaion of slagging-off blender, ball
Slag is gradually separated with mineral fibres, since ball slag amount is larger, gradually sinks and pass through from filter hole to falling under the effect of gravity
In slagging-off basket bottom, and filamentous mineral fibres then floats on slagging-off basket upper end；During removing the gred blender agitation, impregnate
Screw mixing is presented in liquid and mineral fibres, and soak is flowed outwardly from overflow hole, increases with hydraulic coupling is impregnated outside slagging-off basket,
Soak flows back to slagging-off basket upper end from return port and filter hole again, and the soak of rising can blow mineral fibres upwards, can be effective
Limitation mineral fibres passes through filter hole and causes to be lost, and can not only effectively remove the ball slag being mingled in mineral fibres, can also subtract
Few loss of the mineral fibres in slag removal, improves the productivity of mineral fibres.
2, the present invention is injected outside air in the soak in slagging-off basket by slagging-off blower, in slagging-off agitating shaft rotation
While air is sprayed outward, can not only effectively improve slagging-off blender mixing effect, the air of ejection is in soak
Upwards overflow during, can urge quality it is smaller and in filamentous mineral fibres be suspended in slagging-off basket upper end soak
It is interior, mineral fibres can be effectively reduced, sedimentation occurs and falls into slagging-off basket bottom；Meanwhile spaced flexible obstruction in filter hole
Item can be improved the overlapping area of mineral fibres and filtering table, can reduce mineral fibres and exist in the case where not stymy slag falls
Loss in slag removal improves the productivity of mineral fibres.
3, drying agitating shaft of the invention protrudes into the mineral fibres transported on belt, by drying air fan by hot-air according to
It is secondary to be blowed on the mineral fibres on conveyer belt by No. four stomatas, No. five stomatas and No. six stomatas, it is driven simultaneously by dry motor
Multiple dry agitating shaft rotations are moved, blow out hot-air from upper and lower two sides while dry stirring rod disturbance mineral fibres, it can
It effectively loosens the mineral fibres in transportational process and accelerates the rate of drying of soak, can not only reduce occupied by drying production line
Space, the being heated evenly property of mineral fibres can also be improved, improve the drying effect of mineral fibres.
4, the present invention, since the off-position of some cutters is located just at mineral fibres end, is led during chopped
It causes the length of a small number of mineral fibres to be less than 1um, and other fine debris may be mixed into process of production, by sieving blower
Mineral fibres finished product and too short mineral fibres and other tiny impurity can be separated, obtain slagging-off sufficiently, length it is uniform
Mineral fibres finished product can effectively improve the quality of mineral fibres.
Detailed description of the invention
Fig. 1 is process flow chart of the invention；
Fig. 2 is the structural schematic diagram of deslagging device of the invention；
Fig. 3 is the structural schematic diagram of slagging-off basket and filtering table of the invention；
Fig. 4 is the mounting structure schematic diagram of filtering table of the invention；
Fig. 5 is the top view of filtering table of the invention；
Fig. 6 is the structural schematic diagram of slagging-off agitating shaft and the stirring rod that removes the gred of the invention；
Fig. 7 is the structural schematic diagram of drying device of the invention；
Fig. 8 is the structural schematic diagram of drying agitating shaft and dry stirring rod of the invention；
Fig. 9 is the structural schematic diagram of grading plant of the invention.
Description of symbols:
1, deslagging device；10, cylinder is impregnated；100, support leg；11, remove the gred basket；110, overflow hole；111, return port；12, it removes
Slag blender；120, remove the gred agitating shaft；1200, axis in slagging-off；1201, remove the gred side axle；1202, No.1 stomata；121, slagging-off is stirred
Mix bar；1210, No. two stomatas；1211, No. three stomatas；122, remove the gred motor；123, belt wheel；124, belt；125, remove the gred blower；
1250, remove the gred rotary connecting joint；13, filtering table；130, filter hole；1300, item is stopped；14, cover；140, venthole；2, short
Cutting apparatus；3, drying device；30, support frame；300, cross bar；301, vertical bar；31, dry agitating shaft；310, axis in drying；311,
Dry side axle；312, No. four stomatas；32, dry stirring rod；320, No. five stomatas；321, No. six stomatas；33, dry motor；34,
Transmission component；340, drive sprocket；341, driven sprocket；342, driving chain；35, drying air fan；350, dry rotation connection
Head；36, heated air source；37, conveyer belt；4, grading plant；40, blower is sieved；41, finished product collecting tank；42, scrap collecting slot.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to embodiments, to the present invention
It is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not used to
Limit the present invention.
As shown in Figures 1 to 9, a kind of mineral fibres processing system, including setting gradually and for the mine containing ball slag
Deslagging device 1, chopped device 2, drying device 3 and the grading plant 4 that fibres are removed the gred respectively, be chopped, dried and sieved；
The chopped device 2 uses existing mineral fibres chopped device 2；The deslagging device 1 includes the immersion for being loaded with soak
Cylinder 10, the slagging-off basket 11 of opening up cone cell and slagging-off blender 12；10 lower end of immersion cylinder is fixed with multiple support legs
100；The slagging-off basket 11, which is hung on, impregnates 10 inner cavity of cylinder；11 lower end of slagging-off basket is laterally removably fixed with filtering table 13；
The filter hole 130 that multiple apertures are greater than ball slag is vertically arranged on the filtering table 13；The slagging-off basket of 13 top of filtering table
11 offer the overflow hole 110 that multiple apertures are less than mineral fibres, and the slagging-off basket 11 of 13 lower section of filtering table offers multiple reflux
Hole 111；10 top cover of immersion cylinder is equipped with cover 14；The slagging-off blender 12 is set on cover 14, is stirred by slagging-off
Mix the mineral fibres and soak removal ball slag in the agitation slagging-off basket 11 of machine 12.
As shown in Figure 2 and Figure 6, it is described slagging-off blender 12 include slagging-off agitating shaft 120, it is multiple be arranged diagonally downward remove
Slag stirring rod 121 and the slagging-off motor 122 being fixed on cover 14；The slagging-off agitating shaft 120 includes in the slagging-off of inverted " t " type
Axis 1200 and the slagging-off side axle 1201 for being individually fixed in 1200 two sides lower end of axis in the slagging-off；1200 upper end of axis in the slagging-off
It is rotatablely connected with cover 14；The slagging-off stirring rod 121 is spaced from top to bottom to be fixed in slagging-off side axle 1201；The slagging-off electricity
Belt wheel 123 is nested and fixed on the output shaft of machine 122 and the upper axis 1200 that removes the gred, tensioning has belt on two belt wheels 123
124, drive slagging-off agitating shaft 120 to rotate by slagging-off motor 122.
As shown in Figure 2 and Figure 6, slagging-off blower 125 is fixed on the cover 14；Axis 1200 and slagging-off side in the slagging-off
The No.1 stomata 1202 interconnected is provided with inside axis 1201, slagging-off stirring rod 121 is internally provided with and the No.1 gas
No. two stomatas 1210 that hole 1202 is connected to, slagging-off 121 side wall of stirring rod, which is provided with, multiple to be connected to No. two stomatas 1210
No. three stomatas 1211；The outlet side of the slagging-off blower 125 is connected to by the rotary connecting joint 1250 that removes the gred with No.1 stomata 1202,
Air is successively passed through into 1202, No. two stomatas 1210 of No.1 stomata by the blower 125 that removes the gred and No. three stomatas 1211 blow into slagging-off
In basket 11.
As shown in Fig. 2, being provided with the venthole 140 for exporting additional air on the cover 14.
As shown in Figures 3 to 5,130 inner wall of filter hole is fixed at intervals with multiple for stopping the flexibility of mineral fibres
Obstruction item 1300.
As shown in Figure 7 and Figure 8, the drying device 3 include support frame 30, multiple spaced dry agitating shafts 31,
Multiple drying stirring rods 32 being arranged diagonally downward, the drying motor 33 being fixed on support frame as described above 30 and the biography being laterally arranged
Send band 37；Support frame as described above 30 includes being horizontally set at the cross bar 300 of 37 top of conveyer belt and being located at 37 two sides of conveyer belt
And the vertical bar 301 that upper end is fixedly connected with the cross bar 300；The dry agitating shaft 31 includes axis 310 in the drying of inverted " t " type
With the drying side axle 311 for being individually fixed in 310 two sides lower end of axis in the drying；310 upper end of axis and cross bar 300 in the drying
Rotation connection；The dry stirring rod 32 is spaced from top to bottom to be fixed in dry side axle 311；The dry motor 33 passes through one
Transmission component 34 drives each dry agitating shaft 31 to rotate.
As shown in Figure 7 and Figure 8,37 side of conveyer belt is provided with drying air fan 35；Axis 310 and drying in the drying
No. four stomatas 312 interconnected are provided with inside side axle 311, dry stirring rod 32 is internally provided with and No. four stomatas
No. five stomatas 320 of 312 connections, dry 32 side wall of stirring rod are provided with multiple No. six gas being connected to No. five stomatas 320
Hole 321；The inlet end of the drying air fan 35 is connected to heated air source 36, and the outlet side of drying air fan 35 is connected by dry rotation
Connector 350 is connected to No. four stomatas 312, and hot-air is successively passed through to 312, No. five stomatas of No. four stomatas by drying air fan 35
320 and No. six stomatas 321 blow on the mineral fibres on conveyer belt 37.
As shown in fig. 7, the transmission component 34 includes drive sprocket 340, multiple driven sprockets 341 and driving chain 342；
The drive sprocket 340 is sleeved and fixed on the output shaft of dry motor 33；The driven sprocket 341 is sleeved and fixed in drying
310 upper end of axis；The tensioning of driving chain 342 is arranged on drive sprocket 340 and each driven sprocket 341, passes through dry electricity
Machine 33 drives dry agitating shaft 31 to rotate.
As shown in figure 9, the grading plant 4 includes screening blower 40, finished product collecting tank 41 and scrap collecting slot 42；It is described
Screening blower 40 is set to below 37 discharge end of conveyer belt；The finished product collecting tank 41 and scrap collecting slot 42 are all set in screening
Mineral fibres finished product and clast are respectively fallen in finished product and received by the outlet side side of blower 40, the selection by winnowing effect by sieving blower 40
Collect in slot 41 and scrap collecting slot 42.
As shown in Figures 1 to 9, a kind of processing method of mineral fibres, sequentially includes the following steps:
S1, it removes Slag treatment: the mineral fibres containing ball slag and soak is put into deslagging device 1, filled through the slagging-off
Set 1 stirring, separation removal mineral fibres in ball slag；
S2, be chopped processing: will by the deslagging device 1, treated that mineral fibres takes out and carries out chopped processing, it is short
The length for cutting rear mineral fibres is 1~1000um；
S3, drying process: the mineral fibres after described be chopped is placed on conveyer belt 37, during transmitting transport
It is dried using multiple groups drying device 3, removes the soak of mineral fiber surfaces；
S4, classification processing: the mineral fibres after drying process enters grading plant 4, is removed using selection by winnowing mode too short
Mineral fibres and clast obtain mineral fibres finished product.
The treatment process of mineral fibres of the invention is as follows:
Except Slag treatment: cover 14 is opened, slagging-off 11 upper end of basket is added in the mineral fibres raw material containing ball slag and soak,
Soak may pass through overflow hole 110 and return port 111 is distributed to and impregnates 10 inner cavity of cylinder；It is closed cover 14, opens slagging-off motor 122
With slagging-off blower 125, is injected air into soak while agitating and improve the separating effect of ball slag and mineral fibres, in weight
Under power effect, the biggish ball slag of quality passes through filter hole 130 and collects in slagging-off 11 bottom of basket, and cover 14 is opened after removing the gred completely will
Mineral fibres takes out, then dismantles filtering table 13 and take out ball slag, and the purity of mineral fibres is up to 99% or more after the removal of slag ball；
Be chopped processing: will treated that mineral fibres takes out and uses existing chopped device by the deslagging device 1
The processing that is chopped is carried out, the length of mineral fibres is 1~1000um after being chopped；
It is dried: the mineral fibres after described be chopped is placed on conveyer belt 37, open dry motor 33 and drying
Mineral fibres is broken up and is dried during transmitting transport, removes the soak of mineral fiber surfaces by blower 35, does
The moisture content of mineral fibres is no more than 3% after dry processing；
Classification processing: the mineral fibres after drying process in conveyer belt 37 due to discharging under effect of inertia and gravity
End falls, and opens screening blower 40, longer mineral fibres final product quality is larger to be fallen into finished product collecting tank 41, how short mineral
Fiber and other tiny impurity quality is smaller falls into scrap collecting slot 42.
In conclusion the present invention provides a kind of mineral fibres processing systems, while improving the processing of existing mineral fibres
Method, the ball slag being mingled in mineral fibres can be not only effectively removed by deslagging device 1, can also be reduced mineral fibres and removed the gred
Loss in the process improves the productivity of mineral fibres；It again successively will by chopped device 2, drying device 3 and grading plant 4
Mineral fibres is chopped, is dry, removing too short mineral fibres and other tiny impurity, and obtained mineral fibres quality is good.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by anyone skilled in the art,
It should be covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be with scope of protection of the claims
Subject to.
Claims (10)
1. a kind of mineral fibres processing system, it is characterised in that: including setting gradually and for the mineral fibres containing ball slag
Deslagging device (1), chopped device (2), drying device (3) and the grading plant for being removed the gred, be chopped, drying and being sieved respectively
(4)；The deslagging device (1) include be loaded with the immersion cylinder (10) of soak, the slagging-off basket (11) of opening up cone cell and
It removes the gred blender (12)；Immersion cylinder (10) lower end is fixed with multiple support legs (100)；The slagging-off basket (11) hang on leaching
Steep cylinder (10) inner cavity；Slagging-off basket (11) lower end is laterally removably fixed with filtering table (13)；It is indulged on the filtering table (13)
To be provided with multiple apertures be greater than ball slag filter hole (130)；Slagging-off basket (11) above the filtering table (13) offers more
A aperture is less than the overflow hole (110) of mineral fibres, and the slagging-off basket (11) below filtering table (13) offers multiple return ports
(111)；Immersion cylinder (10) top cover is equipped with cover (14)；The slagging-off blender (12) is set on cover (14), leads to
Cross the mineral fibres and soak removal ball slag in slagging-off blender (12) agitation slagging-off basket (11).
2. a kind of mineral fibres processing system as described in claim 1, it is characterised in that: the slagging-off blender (12) includes
Slagging-off agitating shaft (120), multiple slagging-off stirring rods (121) being arranged diagonally downward and the slagging-off motor being fixed on cover (14)
(122)；The slagging-off agitating shaft (120) includes axis (1200) and being individually fixed in axis in the slagging-off in the slagging-off of inverted " t " type
(1200) the slagging-off side axle (1201) of two sides lower end；Axis (1200) upper end and cover (14) are rotatablely connected in the slagging-off；It is described
Interval is fixed in slagging-off side axle (1201) from top to bottom for slagging-off stirring rod (121)；It is described slagging-off motor (122) output shaft and
Belt wheel (123) are nested and fixed on axis (1200) in slagging-off, tensioning there are belt (124) on two belt wheels (123), by removing
Slag motor (122) drives slagging-off agitating shaft (120) rotation.
3. a kind of mineral fibres processing system as claimed in claim 2, it is characterised in that: be fixed with and remove on the cover (14)
Slag blower (125)；The No.1 stomata interconnected is provided with inside axis (1200) and slagging-off side axle (1201) in the slagging-off
(1202), slagging-off stirring rod (121) is internally provided with No. two stomatas (1210) being connected to the No.1 stomata (1202), removes the gred
Stirring rod (121) side wall is provided with multiple No. three stomatas (1211) being connected to No. two stomatas (1210)；The slagging-off wind
The outlet side of machine (125) is connected to by slagging-off rotary connecting joint (1250) with No.1 stomata (1202), is passed through and is removed the gred blower (125)
Air is successively passed through to No.1 stomata (1202), No. two stomatas (1210) and No. three stomatas (1211) to blow into slagging-off basket (11).
4. a kind of mineral fibres processing system as claimed in claim 3, it is characterised in that: be arranged on the cover (14) useful
In the venthole (140) of export additional air.
5. a kind of mineral fibres processing system as claimed in claim 4, it is characterised in that: between filter hole (130) inner wall
It is multiple for stopping the obstruction item (1300) flexible of mineral fibres every being fixed with.
6. a kind of mineral fibres processing system as claimed in claim 5, it is characterised in that: the drying device (3) includes branch
Support (30), multiple drying stirring rods (32) being arranged diagonally downward, is fixed at multiple spaced dry agitating shafts (31)
Drying motor (33) on support frame as described above (30) and the conveyer belt (37) being laterally arranged；Support frame as described above (30) includes laterally setting
The cross bar (300) that is placed in above conveyer belt (37) and it is located at conveyer belt (37) two sides and upper end and the cross bar (300) are solid
Surely the vertical bar (301) connected；The dry agitating shaft (31) includes axis (310) and being individually fixed in institute in the drying of inverted " t " type
State the drying side axle (311) of dry upper axis (310) two sides lower end；Axis (310) upper end and cross bar (300) rotation connect in the drying
It connects；The dry stirring rod (32) is spaced from top to bottom is fixed on dry side axle (311)；The dry motor (33) passes through one
Transmission component (34) drives each dry agitating shaft (31) rotation.
7. a kind of mineral fibres processing system as claimed in claim 6, it is characterised in that: conveyer belt (37) the side setting
There are drying air fan (35)；No. four stomatas interconnected are provided with inside axis (310) and dry side axle (311) in the drying
(312), dry stirring rod (32) are internally provided with No. five stomatas (320) being connected to No. four stomatas (312), dry stirring
Bar (32) side wall is provided with multiple No. six stomatas (321) being connected to No. five stomatas (320)；The drying air fan (35)
Inlet end is connected to heated air source (36), and the outlet side of drying air fan (35) passes through dry rotary connecting joint (350) and No. four gas
Hot-air is successively passed through No. four stomatas (312), No. five stomatas (320) and No. six by drying air fan (35) by hole (312) connection
Stomata (321) blows on the mineral fibres on conveyer belt (37).
8. a kind of mineral fibres processing system as claimed in claim 7, it is characterised in that: the transmission component (34) includes master
Movable sprocket (340), multiple driven sprockets (341) and driving chain (342)；The drive sprocket (340) is sleeved and fixed in drying
On the output shaft of motor (33)；The driven sprocket (341) is sleeved and fixed in dry upper axis (310) upper end；The driving chain
(342) tensioning is arranged on drive sprocket (340) and each driven sprocket (341), drives drying to stir by dry motor (33)
Mix axis (31) rotation.
9. a kind of mineral fibres processing system as claimed in claim 8, it is characterised in that: the grading plant (4) includes sieve
Divide blower (40), finished product collecting tank (41) and scrap collecting slot (42)；The screening blower (40) is set to conveyer belt (37)
Expect below end；The finished product collecting tank (41) and scrap collecting slot (42) are all set in the outlet side side of screening blower (40),
Mineral fibres finished product and clast are respectively fallen in finished product collecting tank (41) for selection by winnowing effect by sieving blower (40) and clast is received
Collect in slot (42).
10. a kind of processing method of mineral fibres, which is characterized in that using mineral fibres processing system described in claim 9, press
Following steps carry out:
S1, it removes Slag treatment: the mineral fibres containing ball slag and soak being put into deslagging device (1), through the deslagging device
(1) stirring, separation removes the ball slag in mineral fibres；
S2, be chopped processing: will by the deslagging device (1) treated, mineral fibres taken out and carries out the processing that is chopped, it is chopped
The length of mineral fibres is 1~1000um afterwards；
S3, drying process: the mineral fibres after described be chopped is placed on conveyer belt (37), is adopted during transmitting transport
It is dried with multiple groups drying device (3), removes the soak of mineral fiber surfaces；
S4, classification processing: the mineral fibres after drying process enters grading plant (4), and too short mine is removed using selection by winnowing mode
Fibres and clast obtain mineral fibres finished product.
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