CN205112337U - Twin screw extruder - Google Patents
Twin screw extruder Download PDFInfo
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- CN205112337U CN205112337U CN201520883755.0U CN201520883755U CN205112337U CN 205112337 U CN205112337 U CN 205112337U CN 201520883755 U CN201520883755 U CN 201520883755U CN 205112337 U CN205112337 U CN 205112337U
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Abstract
The utility model relates to a twin screw extruder, include frame (1), set up casing (2), barrel (3) and PPC controller (8) in frame (1), the upper portion of casing (2) is equipped with feed arrangement, and this feed arrangement includes hopper (4) and helical feeding device (5), being equipped with screw rod (6) of two parallels in barrel (3), all installing the spiral component of a plurality of different specifications on every screw rod (6), the other end of barrel (3) is equipped with discharge gate (10), be provided with the drive arrangement who is used for driving two screw rod (6) rotatings incorgruous relatively on frame (1), this twin screw extruder adopts the rotatory extruded mode of twin -screw, and the friction heat that the raw materials was extruded the in -process production is few, institute's screw rod that receives meshing shear effect in the barrel is stable even for the raw materials, the raw materials is mixed and the plastics mass ratio is better.
Description
Technical field
The utility model belongs to powder technical field of processing equipment, is specifically related to a kind of twin (double) screw extruder.
Background technology
Carbon fibre material is the new product developed in recent years.It is mixed by ultra-fine powder materials and poly-propionitrile carbon fiber two kinds of compositions and forms, intensity can up to 250 ~ 560MPa, and general ordinary powder material only has 12MPa usually, this dusty material also has the advantages such as lightweight, heat resistance, fire resistance are good, is applicable to various
Civil construction project, is a kind of excellent structural material, also can be used for aerospace engineering.Carbon fibre material technological process is: broken and pre-homogenizing; Raw material preparation, abrasive dust; Raw material homogenizing, screening and classification; Pre-thermal decomposition, drying; Burning till of dusty material grog; Dusty material grinding; Dusty material is packed.
At present, the raw material of carbon fibre material production suffered screw rod engagement shear action in machine barrel is not very stable, raw material mixing and plastic quality all lower.And after processing, in machine barrel, defective material needs manual cleanup, can not meet the demand of user, affects the normal work of flour mill.
For above-mentioned technical problem, therefore need to improve.
Utility model content
The technical problems to be solved in the utility model is for the deficiencies in the prior art, a kind of raw material suffered screw rod engagement shear action stable and uniform in machine barrel is proposed, raw material mixing and plastic quality relatively good, and process time is short, a kind of twin (double) screw extruder that extrusion moulding product output is high.
In order to solve the problems of the technologies described above, the utility model is achieved in that twin (double) screw extruder, comprises frame, the housing be arranged in frame, machine barrel and PPC controller; The top of housing is provided with feed arrangement, and this feed arrangement comprises hopper and screw feeder; Be provided with two parallel screw rods in described machine barrel, every root screw rod is all provided with the helical member of multiple different size, the other end of machine barrel is provided with discharging opening; Frame is provided with the drive unit for driving two relatively incorgruous turns of screw rod, one end of screw rod is connected with drive unit, and the other end of screw rod is movably arranged on discharge outlet, is provided with flow distribution plate in discharge outlet side near the position of two screw rod ends; On two screw rods, the rotation direction of corresponding screw rod is identical and be mutually engaged; Described drive unit comprises screw-bearing, motor and the gear reduction box be connected with described motor by conveyer belt, this gear reduction box drives screw rod to rotate by the rotation of screw-bearing, described gear reduction box, to be fixed in described frame and to be connected by nut.
As preferably, described screw rod comprises with the splined shaft of spline, screwing element and kneading member; The endoporus of this screwing element and kneading member is with the spline corresponding with splined shaft upper spline; The forward and reverse screwing element of multiple difference is arranged on splined shaft in order with multiple difference forward and reverse kneading member, the screwing element arranged and kneading member are fixed by the two ends of splined shaft, one end of described screw rod is provided with the screw head matched with spline notch, and the other end of screw rod is fixedly connected with by screw-bearing; The external diameter of this screw head is less than the external diameter of this screw rod.
As preferably, every root screw rod can be divided into: transportation section, melt zone, mixing section, exhaust section and homogenizing zone, the housing that wherein transportation section is corresponding is provided with hopper, the spiral that two screw rods of the machine barrel inside that described transportation section is corresponding are installed is transport screw, during assembling, two screw rod phase, 90 ° of phase angles.
As preferably, represent that screwing element is for forward screw thread with Z/Y, XZ/Y, GDZ/Y, Z/YL represents that screwing element is reverse thread, wherein Z represents the helical pitch of screwing element, its unit is that mm, Y represent that the long measure of screwing element is the helical pitch that X in mm, XZ/Y represents the 1/Y of Z; And in GDZ/Y GD represent the groove depth of the screw channel of screwing element by dark to excessively shallow.
As preferably, in the described multiple different forward and reverse screwing element represented with Z/Y, XZ/Y and Z/YL, Z/Y, XZ/Y and Z/YL have various different concrete data to be: 28/14,68/34, X68/34, GD34/34,44/22, L22/22,34/34, as preferably, Yi@/n/m represents that forward kneading member ，@/n/mCZ represents the breach of this kneading member and screw rod entirety point-blank, and@/n/mCF represents that the breach of this kneading member and screw rod direction are oblique to Er; @represents the error angle of kneading member, and n represents the number of kneading block, and m represents the length of whole kneading member; Its concrete data are: 44/5-45 °, 44/4-60 °, 28/4-60 °, 40-45 °/5-54,40-90 °/5-32,28/5-45 ° 30/5-45 °, 40-44-44-CZ, 40-45 °/5-32,40-44/44-CF; Wherein, kneading member is that 40-45 °/5-54 ，@/n/m/Q represents that the forward and reverse kneading member that specification is identical is Q.
As preferably, described screw rod can also be divided into 11 thermals treatment zone, i.e. first thermal treatment zone, second thermal treatment zone, the 3rd thermal treatment zone, the 4th thermal treatment zone, slender acanthopanax hot-zone, the 6th thermal treatment zone, the 7th thermal treatment zone, the 8th thermal treatment zone, the 9th thermal treatment zone, the tenth thermal treatment zone, the 11 thermal treatment zone; Wherein
First thermal treatment zone comprises following element: 28/14, and 68/34,68/34;
Second thermal treatment zone comprises following element: 28/14, X68/34, X68/34;
3rd thermal treatment zone comprises following element: X68/34, GD34/34,68/34
4th thermal treatment zone comprises following element: 68/34,44/5-45 °, 44/4-60 °, 28/4-60 °;
Slender acanthopanax hot-zone comprises following element: 44/22,40-45 °/5-54,40-90 °/5-32,28/5-45 °, L22/22;
6th thermal treatment zone comprises following element: 44/22,44/22,28/14,30/5-45 °, 28/5-45 °;
7th thermal treatment zone comprises following element: 40-44-44-CZ, 30/5-45 °, 40-45 °/5-32,40-90 °/5-32; 40-44/44-CF;
8th thermal treatment zone comprises following element: 44/22,44/22,28/14,44/5-45 °,
9th thermal treatment zone comprises following element: 44/4-60 °, 40-45 °/5-54, L22/22,68/34
Tenth thermal treatment zone comprises following element: 68/34,34/34,44/22
11 thermal treatment zone comprises following element: 44/22,44/22, and 28/14,28/14.
As preferably, described spiro rod length is 1897.5mm, and diameter is 30mm.
As preferably, one end of described PPC controller is connected with main frame by switch; The other end is connected with conveyor module, driver module, thermal module and power module; This conveyor module, driver module, thermal module and power module are connected with the guidance panel controlled PPC controller.
As preferably, be provided with temperature sensor outside the machine barrel that described screw rod is corresponding, this temperature sensor is connected with PPC controller.
The beneficial effects of the utility model are: this twin (double) screw extruder adopts the mode of twin-screw rotary squeezing, and it is few that raw material is extruded the frictional heat produced in process; Raw material is suffered screw rod engagement shear action stable and uniform in machine barrel; Raw material mixing and plastic quality relatively good; Raw material time of staying in machine barrel is shorter, and extrusion moulding product output is high; The raw material quality comparation that extrusion plasticizing, mixing plastify on the twin screw extruder is stablized; Twin-screw engagement rotary work, in machine barrel, defective material can Automatic clearance.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model twin (double) screw extruder embodiment.
Fig. 2 is the structural representation of the utility model screwing element.
Fig. 3 is the structural representation of the utility model kneading member.
Fig. 4 is the structural representation of the utility model kneading member.
Fig. 5 is the structural representation of the utility model PPC controller.
Reference numeral in figure: frame 1, housing 2, machine barrel 3, hopper 4, screw feeder 5, screw rod 6, splined shaft 6-1, screwing element 6-2, kneading member 6-3, spline 6-4, screw head 6-5, screw-bearing 7, PPC controller 8, conveyor module 8-1, driver module 8-2, thermal module 8-3, power module 8-4, main frame 8-5, guidance panel 8-6, switch 8-7, flow distribution plate 9, discharging opening 10, motor 11, conveyer belt 12, gear reduction box 13, temperature sensor 14.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model embodiment is elaborated.
Embodiment one: as shown in Figure 1: twin (double) screw extruder, comprises frame 1, the housing 2 be arranged in frame 1, machine barrel 3 and PPC controller 8; The top of housing 2 is provided with feed arrangement, and this feed arrangement comprises hopper 4 and screw feeder 5; Be provided with two parallel screw rods 6 in described machine barrel 3, every root screw rod 6 is all provided with the screw rod 6 of multiple different size, the other end of machine barrel 3 is provided with discharging opening 10; Frame 1 is provided with the drive unit for driving two relatively incorgruous turns of screw rod 6, one end of screw rod 6 is connected with drive unit, the other end of screw rod 6 is movably arranged on discharging opening 10 place, is provided with flow distribution plate 9 in side, discharging opening 10 place near the position of two screw rod 6 ends; On two screw rods 6, the rotation direction of corresponding screw rod 6 is identical and be mutually engaged; Described drive unit comprises screw-bearing 7, motor 11 and the gear reduction box 13 be connected with described motor 11 by conveyer belt 12, this gear reduction box 13 drives screw rod 6 to rotate by the rotation of screw-bearing 7, described gear reduction box 13, to be fixed in described frame 1 and to be connected by nut.
During use, the rotation of screw-bearing 7 drives screw rod 6 to rotate, thus gear reduction box 13 drives two symmetrical screws 6 quick autobiography upwards to be promoted by material, form two bursts of symmetries along the bottom-up stud-shape material flow of machine barrel 3, the material outside spiral is made to enter in stud envelope in various degree, part material is misplaced lifting, another part material is by stud of dishing out, thus reach the continuous renewal diffusion of circle orientation material, converged by the two bursts of material Zai Xiang centers promoted, form the material flow that one is downward, form convection circulation.Due to the compound of above-mentioned motion, material obtains Homogeneous phase mixing at short notice, and mixed-precision is higher.
As shown in Figure 2: screw rod 6 comprises splined shaft 6-1, screwing element 6-2 with spline and kneading member 6-3; The endoporus of this screwing element 6-2 and kneading member 6-3 is with the spline 6-4 corresponding with splined shaft 6-1 upper spline; The forward and reverse screwing element 6-2 of multiple difference is arranged on splined shaft 6-1 with multiple difference forward and reverse kneading member 6-3 in order, the screwing element 6-2 arranged and kneading member 6-3 fixes by the two ends of splined shaft 6-1, one end of described screw rod 6 is provided with the screw head 6-5 matched with spline 6-4 notch, and the other end of screw rod 6 is fixedly connected with by screw-bearing 7; The external diameter of this screw head 6-5 is less than the external diameter of this screw rod 6.
Every root screw rod 6 can be divided into: transportation section A, melt zone B, mixing section C, exhaust section D and homogenizing zone P, the housing 2 that wherein transportation section A is corresponding is provided with hopper 4, the spiral that two screw rods 6 of machine barrel 3 inside that described transportation section A is corresponding are installed is transport screw, during assembling, two screw rod 6 phase, 90 ° of phase angles.
Transportation section A, is generally convey materials, prevents flash.
Melt zone B, this section, by heat trnasfer and fricting shearing, makes the abundant melting of material and homogenizing.
Mixing section C, makes the further refinement of material component size with even, forms desirable structure, tool distributivity and dispersed mixed function.
Exhaust section D, discharges the impurity such as steam, low molecular weight substance.
Homogenizing zone P, conveying and supercharging, set up certain pressure, make die orifice place material have certain density, mixes further simultaneously, finally reach the object of smooth extruding pelletization.
Represent that screwing element 6-2 is for forward screw thread with Z/Y, XZ/Y, GDZ/Y, Z/YL represents that screwing element 6-2 is reverse thread, and wherein Z represents the helical pitch of screwing element 6-2, and its unit is mm, Y represents that the long measure of screwing element 6-2 is the helical pitch that X in mm, XZ/Y represents the 1/Y of Z; And in GDZ/Y GD represent the groove depth of the screw channel of screwing element 6-2 by dark to excessively shallow.
In the multiple different forward and reverse screwing element 6-2 represented with Z/Y, XZ/Y and Z/YL, Z/Y, XZ/Y and Z/YL have various different concrete data to be: 28/14,68/34, X68/34, GD34/34,44/22, L22/22, and 34/34,
Yi@/n/m represents that forward kneading member 6-3 ，@/n/mCZ represents the breach of this kneading member 6-3 and screw rod entirety point-blank, and@/n/mCF represents that the breach of this kneading member 6-3 and screw rod direction are oblique to Er; @represents the error angle of kneading member 6-3, and n represents the number of kneading block, and m represents the length of whole kneading member 6-3; Its concrete data are: 44/5-45 °, 44/4-60 °, 28/4-60 °, 40-45 °/5-54,40-90 °/5-32,28/5-45 ° 30/5-45 °, 40-44-44-CZ, 40-45 °/5-32,40-44/44-CF; Wherein, kneading member 6-3 is that 40-45 °/5-54 ，@/n/m/Q represents that the forward and reverse kneading member that specification is identical is Q.
Screw rod 6 length is 1897.5mm, and diameter is 30mm.
As shown in Figure 3: one end of PPC controller 8 is connected with main frame 8-5 by switch 8-7; The other end is connected with conveyor module 8-1, driver module 8-2, thermal module 8-3 and power module 8-4; This conveyor module 8-1, driver module 8-2, thermal module 8-3 and power module 8-4 are connected with the guidance panel 8-6 controlled PPC controller 8; Be provided with temperature sensor 14 outside the machine barrel 3 of screw rod 6 correspondence, this temperature sensor 14 is connected with PPC controller 8; And on guidance panel 8-6 Real time displaying temperature, can control temperature, convenient and practical.
Operation principle of the present utility model: in operation, use for screwing element 6-2 is divided into forward and reverse thread, forward screw thread is mainly used in the conveying of material, reverse thread mainly plays the back-mixing effect of supercharging and material, the geometric parameter of screwing element 6-2 mainly contains helical pitch and spiral groove depth, can be divided into large, medium and small helical pitch; Spiral groove depth has deeply, in, shallow point;
Large pitch, refers to that pitch is 1.5D ~ 2D3, little helical pitch, refers to that pitch is about 0.4D.
Its laws of use: along with helical pitch increases, Screw Extrusion amount increases, and residence time of material reduces, and mixed effect reduces.
Select the occasion of steep-lead thread, based on the occasion of carrying, be beneficial to raising output; Thermosensitive polymer, shortens the time of staying, reduces degraded; Exhaust place is selected (also selecting shallow slot), increases surface area, is beneficial to exhaust, volatilization etc.
Select middle helical pitch screw thread occasion, to be mixed into main occasion, the diminishing combination of active section that tool is different, for conveying and supercharging.
Choose the occasion with little helical pitch screw thread, for being generally that combination reduces gradually, for transportation section and homogenizing metering section, playing supercharging, improving melting; Improve mixing materialization degree and extrude stable.
For the key element that kneading member 6-3 is twin (double) screw extruder, its Main Function is to provide Strong shear power, material realizes high degree of dispersion by the shear action of the shearing force of kneading member 6-3, when material is by kneading disc, its interface is different from shear direction, because shear action makes material constantly update interface, make material refinement with even.
Direction, point forward is with reverse.Oppositely, there is inhibition to the conveying of material, play time expand, improve and fill increase pressure, greatly improve the effect of melting effect.
Angle, generally has dividing of " 30 °, 45 °, 60 °, 90 ° ", its effect and effect:
During forward, increase alternate angle, will conveying capacity be reduced, extend the time of staying, improve melting effect, but easier leakage current.For distributed rendering mix with dispersion, distributed rendering along with angle effective greatly and more, best when disperseing to be blended in angle 45 °, be secondly 30 °, the poorest is 60 °.
Time reverse, increase angle, the effectively restriction of polymer will be reduced, but easier leakage current.
Spiral shell rib width generally has 7mm, 11mm, 11.2mm, 14mm, 19mm etc., and this is one of most important parameters weighing shearing size and mixed size, and the larger mixing of the larger shearing of width is less; The less mixing of the less shearing of width is larger.For distributed rendering for disperseing to mix, distributed rendering, increases with width and validity reduces, and with width increasing, validity increases in dispersion mixing; Width is less, and the ratio of the axial effective discharge of material and radial effective discharge increases thereupon.
Head number, generally divide single head, double end, three.Its action effect:
During forward, head number is fewer, extrudes conveying capacity larger, and moment of torsion is larger, and mixed characteristic is also more excellent, but shear action is fewer.
Time reverse, head number is fewer, extrudes conveying capacity less, and mixed characteristic is more excellent.Two head threads can lead extrusion molding, are heated evenly and are again short, self-cleaning property good (conventional).Three-start screw, can select the pressure and temperature distribution of material at machine angle flexibly, add fine stable, discharge surface upgrades effective, but yields poorly.
The segmentation of screw rod 6 and function thereof: in the first thermal treatment zone E section, mainly play convey materials and prevent flash; Comprise following element: 28/14,68/34,68/34; At this section, due to material polymer raw material morphological differences, need larger appearance material space to adapt to the adjustment of feeding quantity, prevent material from piling up at charging aperture and produce flash, because the utility model adopts 11 sections of mode of heatings, ascending in the helical pitch of this region screw thread, adopt medium screw channel large pitch forward screw thread.
In the second thermal treatment zone F section, mainly play a balance of convey materials excessively; Comprise following element: 28/14, X68/34, X68/34; Fundamental sum first thermal treatment zone E section is similar, difference be due to be balance excessively, corresponding will the reducing of required helical pitch, the screw channel volume change in this district is descending, still adopts medium screw channel large pitch forward screw thread.
In the 3rd thermal treatment zone G section, mainly play one of convey materials balance excessive while, also to be the abundant melting preparation of material; Comprise following element: X68/34, GD34/34,68/34; Continue the second thermal treatment zone F section, for the melting of next stage prepares, excessive gradually to large helical pitch by little helical pitch, adopt deep trouth forward screw thread by loose granular material compacting or improve the degree of filling of granule materials in screw rod 6, to promote the melting of material in next region.
In the 4th thermal treatment zone H section, by heat trnasfer and fricting shearing, start, for the abundant melting of material and homogenizing are carried out, to comprise following element: 68/34,44/5-45 °, 44/4-60 °, 28/4-60 °; The preparation of melting by behind delivery area to pressurized, starts to mix, for the thermal source of material is given security, interval at this, arranges screwing element 6-2, the kneading member 6-3 of different angles.
In slender acanthopanax hot-zone I section, by heat trnasfer and fricting shearing, make abundant melting and the homogenizing of material, comprise following element: 44/22,40-45 °/5-54,40-90 °/5-32,28/5-45 °, L22/22; This section, material is subject to through delivery area starting melting after certain compression ratio, and mixes, make the thermal source of material melts have two kinds of sources, one is the external heat that barrel heat provides, and another is the outer shearing generation of screw rod 6, this interval arranges reverse kneading member 6-3, for next section prepares.
In the 6th thermal treatment zone J section, for mixing material prepares, material is tapered, comprises following element: 44/22,44/22,28/14,30/5-45 °, 28/5-45 °; Material is in melting state after melting, and the mixing between each component of co-mixing system mixes from melting, and dispersed phase polymer size changes.
In the 7th thermal treatment zone K section, mixing material, make the further refinement of material size with evenly, form desirable structure, comprise following element: 40-44-44-CZ, 30/5-45 °, 40-45 °/5-32,40-90 °/5-32; 40-44/44-CF; Material after melting is in melting state, the micron order at the end of elementary millimetre-sized macroparticle to melting, and the effect of this region is exactly by further for component refinement and homogenize, and therefore, the elements combination in this region is based on kneading member 6-3.
In the 8th thermal treatment zone L section, this region is the initial part of material exhaust area, comprise following element: 44/22,44/22,28/14,44/5-45 °, the Flow of Goods and Materials feature of exhaust area is that the material of complete molten condition reduces pressure suddenly after compression, volatile material volatilizees rapidly under vacuum, departs from melt.
In the 9th thermal treatment zone M section, comprise following element: 44/4-60 °, 40-45 °/5-54, L22/22,68/34, left-hand thread element 6-2 or reverse kneading member 6-3 is set in next-door neighbour starting position, exhaust area, by melt sealant, sets up high pressure; Exhaust area adopts steep-lead thread element 6-3, to form low degree of filling and thin melt zone, makes material have the Free Surface that can expose, is beneficial to gas purging.
In the tenth thermal treatment zone N section, comprise following element: 68/34,34/34,44/22, the 11 thermal treatment zone O section, comprises following element: 44/22,44/22,28/14,28/14; These two sections are mainly used in melt Conveying and supercharging, set up certain pressure, make die orifice place material have certain density, mix further simultaneously, finally reach the object of smooth extruding pelletization, screw rod 6 configuration in this district should realize supercharging by screwing element 6-2 helical pitch gradual change or screw channel gradual change.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the utility model.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein when not departing from spirit or scope of the present utility model, can realize in other embodiments.Therefore, the utility model can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Although more employ Reference numeral in picture in picture herein: frame 1, housing 2, machine barrel 3, hopper 4, screw feeder 5, screw rod 6, splined shaft 6-1, screwing element 6-2, kneading member 6-3, spline 6-4, screw head 6-5, screw-bearing 7, PPC controller 8, conveyor module 8-1, driver module 8-2, thermal module 8-3, power module 8-4, main frame 8-5, guidance panel 8-6, switch 8-7, flow distribution plate 9, discharging opening 10, motor 11, conveyer belt 12, gear reduction box 13, term such as temperature sensor 14 grade, but do not get rid of the possibility using other term.These terms are used to be only used to describe and explain essence of the present utility model more easily; The restriction that they are construed to any one additional is all contrary with the utility model spirit.
Claims (10)
1. twin (double) screw extruder, is characterized in that: comprise frame (1), the housing (2) be arranged in frame (1), machine barrel (3) and PPC controller (8); The top of housing (2) is provided with feed arrangement, and this feed arrangement comprises hopper (4) and screw feeder (5); Be provided with two parallel screw rods (6) in described machine barrel (3), every root screw rod (6) is all provided with the helical member of multiple different size, the other end of machine barrel (3) is provided with discharging opening (10); Frame (1) is provided with the drive unit for driving two relatively incorgruous turns of screw rod (6), one end of screw rod (6) is connected with drive unit, the other end of screw rod (6) is movably arranged on discharging opening (10) place, is provided with flow distribution plate (9) in discharging opening (10) side, place near the position of two screw rod (6) ends; The rotation direction of the upper corresponding screw rods (6) of two screw rods (6) is identical and be mutually engaged; Described drive unit comprises screw-bearing (7), motor (11) and the gear reduction box (13) be connected with described motor (11) by conveyer belt (12), this gear reduction box (13) drives screw rod (6) to rotate by the rotation of screw-bearing (7), described gear reduction box (13), is fixed on described frame (1) and goes up and connected by nut.
2. by twin (double) screw extruder according to claim 1, it is characterized in that: described screw rod (6) comprises with the splined shaft (6-1) of spline, screwing element (6-2) and kneading member (6-3); The endoporus of this screwing element (6-2) and kneading member (6-3) is with the spline (6-4) corresponding with splined shaft (6-1) upper spline;
The screwing element (6-2) that multiple difference is forward and reverse and the forward and reverse kneading member (6-3) of multiple difference are arranged on splined shaft (6-1) in order, the screwing element (6-2) arranged and kneading member (6-3) are fixed by the two ends of splined shaft (6-1), one end of described screw rod (6) is provided with the screw head (6-5) matched with spline (6-4) notch, and the other end of screw rod (6) is fixedly connected with by screw-bearing (7); The external diameter of this screw head (6-5) is less than the external diameter of this screw rod (6).
3. by twin (double) screw extruder according to claim 2, it is characterized in that: every root screw rod (6) can be divided into: transportation section (A), melt zone (B), mixing section (C), exhaust section (D) and homogenizing zone (P), the housing (2) that wherein transportation section (A) is corresponding is provided with hopper (4), the upper spiral installed of two screw rods (6) of machine barrel (3) inside that described transportation section (A) is corresponding is transport screw, during assembling, two screw rod (6) phase, 90 ° of phase angles.
4. by twin (double) screw extruder according to claim 2, it is characterized in that: represent that screwing element (6-2) is for forward screw thread with Z/Y, XZ/Y, GDZ/Y, Z/YL represents that screwing element (6-2) is reverse thread, wherein Z represents the helical pitch of screwing element (6-2), its unit is mm, Y represents that the long measure of screwing element (6-2) is the helical pitch that X in mm, XZ/Y represents the 1/Y of Z; And in GDZ/Y GD represent the groove depth of the screw channel of screwing element (6-2) by dark to excessively shallow.
5. by twin (double) screw extruder according to claim 4, it is characterized in that: in the described multiple different forward and reverse screwing element (6-2) represented with Z/Y, XZ/Y and Z/YL, Z/Y, XZ/Y and Z/YL have various different concrete data to be: 28/14,68/34, X68/34, GD34/34,44/22, L22/22,34/34.
6. by twin (double) screw extruder according to claim 2, it is characterized in that: Yi@/n/m represents that forward kneading member (6-3) ，@/n/mCZ represents the breach of this kneading member (6-3) and screw rod entirety point-blank,
@/n/mCF represents that the breach of this kneading member (6-3) and screw rod direction are oblique to Er; @represents the error angle of kneading member (6-3), and n represents the number of kneading block, and m represents the length of whole kneading member (6-3); Its concrete data are: 44/5-45 °, 44/4-60 °, 28/4-60 °, 40-45 °/5-54,40-90 °/5-32,28/5-45 ° 30/5-45 °, 40-44-44-CZ, 40-45 °/5-32,40-44/44-CF; Wherein, kneading member (6-3) represents that forward and reverse kneading member that specification is identical is Q for 40-45 °/5-54 ，@/n/m/Q.
7. by twin (double) screw extruder according to claim 3, it is characterized in that: described screw rod (6) can also be divided into 11 thermals treatment zone, i.e. first thermal treatment zone (E), second thermal treatment zone (F), the 3rd thermal treatment zone (G), the 4th thermal treatment zone (H), slender acanthopanax hot-zone (I), the 6th thermal treatment zone (J), the 7th thermal treatment zone (K), the 8th thermal treatment zone (L), the 9th thermal treatment zone (M), the tenth thermal treatment zone (N), the 11 thermal treatment zone (O); Wherein
(E) comprises following element in first thermal treatment zone: 28/14,68/34,68/34;
(F) comprises following element in second thermal treatment zone: 28/14, X68/34, X68/34;
3rd thermal treatment zone (G) comprises following element: X68/34, GD34/34,68/34
4th thermal treatment zone (H) comprises following element: 68/34,44/5-45 °, 44/4-60 °, 28/4-60 °;
(I) comprises following element in slender acanthopanax hot-zone: 44/22,40-45 °/5-54,40-90 °/5-32,28/5-45 °, L22/22;
6th thermal treatment zone (J) comprises following element: 44/22,44/22,28/14,30/5-45 °, 28/5-45 °;
7th thermal treatment zone (K) comprises following element: 40-44-44-CZ, 30/5-45 °, 40-45 °/5-32,40-90 °/5-32; 40-44/44-CF;
8th thermal treatment zone (L) comprises following element: 44/22,44/22,28/14,44/5-45 °,
9th thermal treatment zone (M) comprises following element: 44/4-60 °, 40-45 °/5-54, L22/22,68/34
Tenth thermal treatment zone (N) comprises following element: 68/34,34/34,44/22
11 thermal treatment zone (O) comprises following element: 44/22,44/22,28/14,28/14.
8., by twin (double) screw extruder according to claim 7, it is characterized in that: described screw rod (6) length is 1897.5mm, diameter is 30mm.
9. twin (double) screw extruder according to claim 1, is characterized in that: one end of described PPC controller (8) is connected with main frame (8-5) by switch (8-7); The other end is connected with conveyor module (8-1), driver module (8-2), thermal module (8-3) and power module (8-4); This conveyor module (8-1), driver module (8-2), thermal module (8-3) and power module (8-4) are connected with the guidance panel (8-6) controlled PPC controller (8).
10. twin (double) screw extruder according to claim 1, is characterized in that: be provided with temperature sensor (14) outside the machine barrel (3) that described screw rod (6) is corresponding, this temperature sensor (14) is connected with PPC controller (8).
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| CN201520883755.0U CN205112337U (en) | 2015-11-06 | 2015-11-06 | Twin screw extruder |
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| CN201520883755.0U CN205112337U (en) | 2015-11-06 | 2015-11-06 | Twin screw extruder |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105365196A (en) * | 2015-11-06 | 2016-03-02 | 嘉兴市高正高分子材料有限公司 | Twin-screw extruder |
| CN109744844A (en) * | 2018-01-19 | 2019-05-14 | 九阳股份有限公司 | A kind of miniaturization horizontal screw extruding juice extractor easy for installation |
-
2015
- 2015-11-06 CN CN201520883755.0U patent/CN205112337U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105365196A (en) * | 2015-11-06 | 2016-03-02 | 嘉兴市高正高分子材料有限公司 | Twin-screw extruder |
| CN109744844A (en) * | 2018-01-19 | 2019-05-14 | 九阳股份有限公司 | A kind of miniaturization horizontal screw extruding juice extractor easy for installation |
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Address after: 314000 No.1 Tongche Road, Xincang Town, Pinghu City, Jiaxing City, Zhejiang Province Patentee after: JIAXING GAOZHENG NEW MATERIAL TECHNOLOGY Co.,Ltd. Address before: The new warehouse warehouse in the town east town Pinghu city Jiaxing city Zhejiang province 314205 No. 1855 Patentee before: JIAXING GAOZHENG POLYMER MATERIALS Co.,Ltd. |
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