CN205659660U

CN205659660U - A biax dispersion tank for epoxy resin compound

Info

Publication number: CN205659660U
Application number: CN201620350280.3U
Authority: CN
Inventors: 刘敏
Original assignee: WUXI JIALIAN ELECTRONICS MATERIAL CO Ltd
Current assignee: WUXI JIALIAN ELECTRONICS MATERIAL CO Ltd
Priority date: 2016-04-22
Filing date: 2016-04-22
Publication date: 2016-10-26
Anticipated expiration: 2026-04-22

Abstract

The utility model relates to a biax dispersion tank for epoxy resin compound, the reactor comprises a kettle, set up the cauldron body upper cover that is used for sealing the cauldron body on the cauldron body, a pair of frame is connected in the top of cauldron body upper cover, install the motor respectively in each frame, the output of one of them motor stretches into the interior one end of connecting first axis of rotation through interior toothed coupling of frame, the output of another motor also stretches into the interior one end of connecting the second axis of rotation through interior toothed coupling of frame, first axis of rotation, it is internal that the other end of second axis of rotation all stretches into the cauldron, first axis of rotation, the second axis of rotation stretches into the internal other end of cauldron and all connects the dispersion impeller. The utility model discloses a set up the different axis of rotation of two root length degree, greatly increased the stirring range and the dispersion dynamics of the internal portion of cauldron, shortened the jitter time, improved work efficiency, the dispersion sawtooth reaches dispersion sawtooth down on the equipartition on the dispersion impeller, makes stirring dispersion efficiency improve greatly, and it has higher shearing force, and the dispersion of messenger's material completely.

Description

A kind of twin shaft Scattered Kettle for epoxy resin composite

Technical field

This utility model relates to stirred tank field, particularly relates to a kind of twin shaft Scattered Kettle for epoxy resin composite.

Background technology

In chemical materials production operation, it is often necessary to industrial chemicals is stirred mixing, and stirred tank is modal Mixing stirring device, twin shaft Scattered Kettle is widely used in the production of the chemical products such as ink, pigment, pesticide, adhesive, and it is mainly used In the mixing to the fluid foods such as liquid, colloid, carry out the material that some are the most immiscible smashing, disperse, mix, stir Deng, current existing stirred tank structure is poor to the dispersed with stirring effect of liquid material, makes the industrial chemicals after follow-up stirring lead Heat differential, easily precipitation, viscosity height, leverage work efficiency.

Utility model content

The applicant, for above-mentioned existing issue, has carried out Improvement, it is provided that a kind of for epoxy resin composite Twin shaft Scattered Kettle, utilizes this utility model effectively to realize the smashing of fluid foods, disperse, and it has higher shear power, makes material Dispersion is completely.

The technical scheme that this utility model is used is as follows:

A kind of twin shaft Scattered Kettle for epoxy resin composite, including kettle, is provided for closing on described kettle The kettle upper cover of kettle, pair of frame is connected to the top of kettle upper cover, is respectively mounted motor in each frame, one of them electricity One end of the first rotary shaft, the outfan of another motor in the outfan of machine stretches into frame and is connected by inner tooth type shaft coupling Also one end of the second rotary shaft, described first rotary shaft, the second rotary shaft in stretching into frame and is connected by inner tooth type shaft coupling The other end all stretch in kettle, the other end that described first rotary shaft, the second rotary shaft stretch in kettle is all connected with dispersion impeller.

Its further technical scheme is:

Described first rotary shaft stretches into the length that the length in kettle stretches in kettle less than the second rotary shaft；

Being respectively provided with bearing block in each frame, arrange pair of bearings in described bearing block from top to bottom, each bearing is respectively It is installed on the first rotary shaft, the periphery of the second rotary shaft；

One end of described bearing block is stretched in kettle upper cover, stretches into the most affixed axle in one end of kettle upper cover in described bearing block Bearing seals lid, and described bearing block seals the center of lid to be run through for the first rotary shaft or the second rotary shaft, rotates described first Axle or the second rotary shaft run through and also set up mechanical seal at bearing seal cover；

Described dispersion impeller is disk, on described dispersion impeller the most uniform multiple on disperse sawtooth and lower dispersion saw Tooth, described upper dispersion sawtooth and lower dispersion sawtooth be spaced layout each other, described upper dispersion sawtooth dispersion impeller edge upwards Bending shapes, and described lower dispersion sawtooth is turned under being converted into shape in the edge of dispersion impeller；

Vacuum port, hand hole, drain, table mouth, standby mouth, charging aperture and a pair is also set up in the top of described kettle upper cover Visor, the bottom centre in described kettle goes out to also set up discharging opening.

The beneficial effects of the utility model are as follows:

This utility model is rational in infrastructure, easy to use, the rotary shaft different by arranging two root length degree, considerably increases still The stirring scope in internal portion and dispersion dynamics, shorten jitter time, improve work efficiency；On dispersion impeller uniform on disperse Sawtooth and lower dispersion sawtooth, make dispersed with stirring efficiency be greatly improved, and it has higher shearing force, makes material dispersion complete.

Accompanying drawing explanation

Fig. 1 is front view of the present utility model.

Fig. 2 is the top view of Fig. 1.

Wherein: 1, motor；2, frame；3, inner tooth type shaft coupling；4, bearing；5, bearing block；6, bearing block seals lid；7, machine Tool seals；8, kettle upper cover；9, kettle；10, the first rotary shaft；11, the second rotary shaft；12, dispersion impeller；1201, upper dispersion saw Tooth；1202, lower dispersion sawtooth；13, discharging opening；14, vacuum port；15, hand hole；16, visor；17, drain；18, table mouth；19、 Standby mouth；20, charging aperture.

Detailed description of the invention

Below in conjunction with the accompanying drawings, detailed description of the invention of the present utility model is described.

As shown in Figure 1 and Figure 2, a kind of twin shaft Scattered Kettle for epoxy resin composite, including kettle 9, on kettle 9 Being provided for closing the kettle upper cover 8 of kettle 9, pair of frame 2 is connected to the top of kettle upper cover 8, pacifies respectively in each frame 2 Dress motor 1, connects the first rotary shaft 10 in the outfan of one of them motor 1 stretches into frame 2 and by inner tooth type shaft coupling 3 One end, connects the one of the second rotary shaft 11 in the outfan of another motor 1 also stretches into frame 2 and by inner tooth type shaft coupling 3 End, the other end of first rotary shaft the 10, second rotary shaft 11 all stretches in kettle 9, and first rotary shaft the 10, second rotary shaft 11 is stretched Entering the other end in kettle 9 and be all connected with dispersion impeller 12, dispersion impeller 12 is disk, the most uniform multiple on dispersion impeller 12 Upper dispersion sawtooth 1201 and lower dispersion sawtooth 1202, upper dispersion sawtooth 1201 and lower dispersion sawtooth 1202 are spaced layout each other, on Dispersion sawtooth 1201 is folded upward at shaping in the edge of dispersion impeller 12, lower dispersion sawtooth 1202 dispersion impeller 12 edge to Lower bending shapes.

As it is shown in figure 1, the length that above-mentioned first rotary shaft 10 stretches in kettle 9 stretches into kettle 9 less than the second rotary shaft 11 Interior length, by the height that first rotary shaft the 10, second rotary shaft 11 stretches in kettle 9 is arranged to difference, is achieved in Fluid foods can stir evenly in kettle 9, makes the smashing of material, dispersion effect more preferably.It is respectively provided with in each frame 2 Bearing block 5, arranges pair of bearings 4 in bearing block 5 from top to bottom, and each bearing 4 is respectively arranged in the first rotary shaft 10, second turn The periphery of moving axis 11.One end of bearing block 5 is stretched in kettle upper cover 8, and the one end stretching into kettle upper cover 8 in bearing block 5 is the most affixed Bearing block seals lid 6, and bearing block seals the center of lid 6 to be run through for the first rotary shaft 10 or the second rotary shaft 11, rotates first Axle 10 or the second rotary shaft 11 run through bearing block seal lid 6 at also set up mechanical seal 7, this mechanical seal 7 prevents the first rotation Axle the 10, second rotary shaft 11 internal bearings is corroded, and substantially increases the service life of bearing 4.

As in figure 2 it is shown, also set up in the top of above-mentioned kettle upper cover 8 vacuum port 14, hand hole 15, drain 17, table mouth 18, Standby mouth 19, charging aperture 20 and a pair visor 16, the bottom centre in kettle 9 goes out to also set up discharging opening 13.

Specific works process of the present utility model is as follows:

As shown in Figure 1 and Figure 2, fluid foods enters in kettle 9 by charging aperture 20, then kettle upper cover 8 and kettle 9 envelope Starting motor 1 after closing, the outfan of each motor 1 drives first rotary shaft the 10, second rotary shaft 11 turns by inner tooth type shaft coupling 3 Dynamic, make each dispersion impeller 12 being connected with first rotary shaft the 10, second rotary shaft 11 rotate, thus complete the dispersion work to material Make, owing to the length of the first rotary shaft 10 and the second rotary shaft 11 is different, therefore make material dispersion in kettle 9 more equal Even.

Above description is to explanation of the present utility model, is not the restriction to utility model, and this utility model is limited Scope sees claim, and in the case of basic structure of the present utility model, this utility model can make any shape The amendment of formula.

Claims

1. the twin shaft Scattered Kettle for epoxy resin composite, it is characterised in that: include kettle (9), in described kettle (9) On be provided for close kettle (9) kettle upper cover (8), pair of frame (2) is connected to the top of kettle upper cover (8), Yu Geji Motor (1) it is respectively mounted, in the outfan of one of them motor (1) stretches into frame (2) and by inner tooth type shaft coupling on frame (2) (3) connecting one end of the first rotary shaft (10), the outfan of another motor (1) also stretches in frame (2) and passes through inner tooth type Shaft coupling (3) connects one end of the second rotary shaft (11), described first rotary shaft (10), the second rotary shaft (11) the other end equal In stretching into kettle (9), described first rotary shaft (10), the second rotary shaft (11) are stretched into the other end in kettle (9) and are all connected with point Dissipate dish (12)；The length that described first rotary shaft (10) is stretched in kettle (9) stretches in kettle (9) less than the second rotary shaft (11) Length.

A kind of twin shaft Scattered Kettle for epoxy resin composite, it is characterised in that: in each frame (2) being respectively provided with bearing block (5) in, arrange pair of bearings (4) in described bearing block (5) from top to bottom, each bearing (4) is pacified respectively It is loaded on the first rotary shaft (10), the periphery of the second rotary shaft (11).

A kind of twin shaft Scattered Kettle for epoxy resin composite, it is characterised in that: described bearing One end of seat (5) is stretched in kettle upper cover (8), stretches into the most affixed bearing block in one end of kettle upper cover (8) in described bearing block (5) Sealing lid (6), described bearing block seals the center of lid (6) to be run through, in institute for the first rotary shaft (10) or the second rotary shaft (11) State the first rotary shaft (10) or the second rotary shaft (11) runs through bearing seal cover (6) place and also sets up mechanical seal (7).

A kind of twin shaft Scattered Kettle for epoxy resin composite, it is characterised in that: described dispersion Dish (12) is disk, the most uniform multiple upper dispersion sawtooth (1201) and lower dispersion sawtooth on described dispersion impeller (12) (1202), described upper dispersion sawtooth (1201) and lower dispersion sawtooth (1202) are spaced layout, described upper dispersion sawtooth each other (1201) edge at dispersion impeller (12) is folded upward at shaping, and described lower dispersion sawtooth (1202) is at the edge of dispersion impeller (12) Place is turned under being converted into shape.

A kind of twin shaft Scattered Kettle for epoxy resin composite, it is characterised in that: in described still The top of body upper cover (8) also sets up vacuum port (14), hand hole (15), drain (17), table mouth (18), standby mouth (19), charging Mouth (20) and a pair visor (16), the bottom centre in described kettle (9) goes out to also set up discharging opening (13).