CN205853387U - Cellular board equipment complex - Google Patents
Cellular board equipment complex Download PDFInfo
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- CN205853387U CN205853387U CN201620868071.8U CN201620868071U CN205853387U CN 205853387 U CN205853387 U CN 205853387U CN 201620868071 U CN201620868071 U CN 201620868071U CN 205853387 U CN205853387 U CN 205853387U
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- extruder
- cellular board
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- mould
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Abstract
The open a kind of cellular board equipment complex of this utility model, including top layer forming machine, intermediate layer forming machine, bottom forming machine, pre-thermal composite machine and traction machine, described top layer forming machine, intermediate layer forming machine, bottom forming machine include the coextrusion machine of correspondence, have the format roll assembly of two charging apertures and the allotter of a discharging opening, mould and respective layer, the preheated compounding machine of each layer of sheet material of formation carry out compound after exported by traction machine.The equipment of the technical program uses the technique of MULTILAYER COMPOSITE, improves cellular board combined strength bination between layers, is combined after sheet forming again, improves the flatness in plate face, also reduces the proportion of cellular board, and meanwhile, the rigidity of cellular board is also greatly improved.This utility model can improve the performance of cellular board, is also greatly improved production yields, saves the development of power supply, beneficially market.
Description
Technical field
This utility model relates to a kind of cellular board equipment complex.
Background technology
PP cellular board is widely used in all kinds of locomotive, boats and ships (particularly yacht, speedboat) yacht wharf, pontoon bridge, box goods
Box body, chemicals storage tank, building, fiberglass, high-grade building construction, high-grade prefabricated house, physical culture protection articles for use, health are protected
Protect the numerous areas such as articles for use.Current China mostly produces PP cellular board equipment complex production-line technique and relatively falls behind and complicated, generally
Produce PP cellular board combined strength bination between layers and do not reach use requirement.Produce cellular board weight ratio heavier, lightweight honeybee
The flatness in nest plate plate face does not reaches use requirement.The most domestic also have Some Enterprises PP cellular board equipment complex, uses three
The material of extruder extrusion, produces raw PP cellular board combined strength bination poor, because centre does not has tack coat.The flatness in plate face and
Intensity, less than using requirement, can only be used in general requirement occasion.Inner liner such as automobile trunk.Energy resource consumption is big,
Production efficiency is low, inconvenient operation.
Summary of the invention
For the technical deficiency of above-mentioned existence, the purpose of this utility model is to provide a kind of cellular board equipment complex, uses
The technique of MULTILAYER COMPOSITE, improves combined strength bination and flatness, reduces the proportion of cellular board, and then is greatly improved rigidity, it is possible to full
The foot market demand.
For solving above-mentioned technical problem, this utility model adopts the following technical scheme that
A kind of cellular board equipment complex, including top layer forming machine, intermediate layer forming machine, bottom forming machine, pre-thermal composite machine
And traction machine, described top layer forming machine includes the first coextrusion machine being made up of extruder A1 and extruder A2, has two
Charging aperture and the first allotter of a discharging opening, the first mould and top layer format roll assembly, described extruder A1 and described
Extruder A2 be respectively connecting to two described charging apertures of the first described allotter, the discharging of the first described allotter
Mouth is connected to the first described mould, and the discharging of the first described mould is shaped into skin sheet through described top layer format roll assembly
Material；Described intermediate layer forming machine includes the second coextrusion machine being made up of extruder B1 and extruder B2, has two chargings
Mouthful and the second allotter of a discharging opening, the second mould and intermediate layer format roll assembly, described extruder B1 and described
Extruder B2 is respectively connecting to two described charging apertures of the second described allotter, the discharging opening of the second described allotter
Being connected to the second described mould, the discharging of the second described mould is shaped into intermediate layer through described intermediate layer format roll assembly
Honeycomb sheet；Described bottom forming machine includes the 3rd coextrusion machine being made up of extruder C1 and extruder C2, has two
Charging aperture and the 3rd allotter, the 3rd mould and the bottom format roll assembly of a discharging opening, described extruder C1 and described
Extruder C2 be respectively connecting to two described charging apertures of the 3rd described allotter, the discharging of the 3rd described allotter
Mouth is connected to the 3rd described mould, and the discharging of the 3rd described mould is shaped into bottom chip through described bottom format roll assembly
Material；Skin sheets, intermediate layer honeycomb sheet and back sheet are after described pre-thermal composite machine is compound, defeated through described traction machine
Go out.
In technique scheme, further, the material of described extruder A1 extrusion is a, described extruder A2
The material of extrusion is b, and the Rotating fields of described skin sheets is b/a or a/b/a；The material of described extruder B1 extrusion is a,
The material of described extruder B2 extrusion is b, and the Rotating fields of described intermediate layer honeycomb sheet is a/b/a；Described extruder
The material of C1 extrusion is a, and the material of described extruder C2 extrusion is b, and the Rotating fields of described back sheet is a/b or a/b/
a。
Further, when this cellular board is the structure that cloth is covered in both sides, the Rotating fields of described skin sheets is a/b/
A, the Rotating fields of described intermediate layer honeycomb sheet is a/b/a, and the Rotating fields of described back sheet is a/b/a.
Further, this equipment also includes that two provide the unreeling structure covering layer of cloth respectively.
In technique scheme, further, when this cellular board is the structure that cloth is not covered in both sides, described skin sheet
The Rotating fields of material is b/a, and the Rotating fields of described intermediate layer honeycomb sheet is a/b/a, and the Rotating fields of described back sheet is
a/b。
In technique scheme, further, described pre-thermal composite machine includes a pair pre-hot-rolling and a pair press bonding roller,
Described pre-hot-rolling is internal leads to deep fat and by temperature control system control.
In technique scheme, further, described traction machine includes a pair carry-over pinch rolls.
The beneficial effects of the utility model are: the equipment of the technical program uses the technique of MULTILAYER COMPOSITE, improve honeycomb
Plate combined strength bination between layers, is combined after sheet forming again, improves the flatness in plate face, also reduces the ratio of cellular board
Weight, meanwhile, the rigidity of cellular board is also greatly improved.This utility model can improve the performance of cellular board, is also greatly improved production
Yield, saves the development of power supply, beneficially market.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of cellular board equipment complex of the present utility model.
In accompanying drawing: 101, the first coextrusion machine；102, the first allotter；103, the first mould；104, surface forming roller group
Part；201, the second coextrusion machine；202, the second allotter；203, the second mould；204, intermediate layer format roll assembly；301, the 3rd
Coextrusion machine；302, the 3rd allotter；303, the 3rd mould；304, bottom format roll assembly；401, skin sheets；402, middle
Layer honeycomb sheet；403, back sheet；501, pre-thermal composite machine；601, traction machine；701, unreeling structure.
Detailed description of the invention
This utility model is described in detail below by the embodiment shown in below in conjunction with the accompanying drawings:
As shown in Figure 1, a kind of cellular board equipment complex, including top layer forming machine, intermediate layer forming machine, bottom molding
Machine, pre-thermal composite machine 501 and traction machine 601, described top layer forming machine includes be made up of extruder A1 and extruder A2
Altogether extruder 101, there is the first allotter the 102, first mould 103 and top layer molding of two charging apertures and a discharging opening
Roll assembly 104, described extruder A1 and described extruder A2 are respectively connecting to two institutes of the first described allotter 102
The charging aperture stated, the discharging opening of the first described allotter 102 is connected to the first described mould 103, the first described mould
The discharging of 103 is shaped into skin sheets 401 through described top layer format roll assembly 104；Described intermediate layer forming machine include by
Second coextrusion machine 201 of extruder B1 and extruder B2 composition, there is the second distribution of two charging apertures and a discharging opening
Device the 202, second mould 203 and intermediate layer format roll assembly 204, described extruder B1 and described extruder B2 connect respectively
To two described charging apertures of the second described allotter 202, the discharging opening of the second described allotter 202 is connected to described
The second mould 203, the discharging of the second described mould 203 is shaped into intermediate layer through described intermediate layer format roll assembly 204
Honeycomb sheet 402；Described bottom forming machine includes the 3rd coextrusion machine 301, the tool being made up of extruder C1 and extruder C2
There is the 3rd allotter the 302, the 3rd mould 303 and bottom format roll assembly 304 of two charging apertures and a discharging opening, described
Extruder C1 and described extruder C2 is respectively connecting to two described charging apertures of the 3rd described allotter 302, described
The discharging opening of the 3rd allotter 302 be connected to the 3rd described mould 303, the discharging of the 3rd described mould 303 is through described
Bottom format roll assembly 304 be shaped into back sheet 403；Skin sheets 401, intermediate layer honeycomb sheet 402 and back sheet
403, after described pre-thermal composite machine 501 is combined, export through described traction machine 601.
Wherein, the material of described extruder A1 extrusion is a, and the material of described extruder A2 extrusion is b, described table
The Rotating fields of layer of sheet material 401 is b/a or a/b/a；The material of described extruder B1 extrusion is a, described extruder B2 extrusion
Material be b, the Rotating fields of described intermediate layer honeycomb sheet 402 is a/b/a；The material of described extruder C1 extrusion is a,
The material of described extruder C2 extrusion is b, and the Rotating fields of described back sheet 403 is a/b or a/b/a；When this cellular board
When covering the structure of cloth for both sides, the Rotating fields of described skin sheets 401 is a/b/a, described intermediate layer honeycomb sheet 402
Rotating fields is a/b/a, and the Rotating fields of described back sheet 403 is a/b/a, this equipment also include two respectively provide cover layer of cloth
Unreeling structure 701；When this cellular board is the structure that cloth is not covered in both sides, the Rotating fields of described skin sheets 401 is b/a,
The Rotating fields of described intermediate layer honeycomb sheet 402 is a/b/a, and the Rotating fields of described back sheet 403 is a/b；Described
Pre-thermal composite machine 501 includes a pair pre-hot-rolling and a pair press bonding roller, and described pre-hot-rolling is internal leads to deep fat and by temperature control system control
System, described traction machine 601 includes a pair carry-over pinch rolls.
The equipment of the technical program uses the technique of MULTILAYER COMPOSITE, improves cellular board combined strength bination between layers, sheet
Being combined after material molding again, improve the flatness in plate face, also reduce the proportion of cellular board, meanwhile, the rigidity of cellular board is the biggest
Big raising.This utility model can improve the performance of cellular board, is also greatly improved production yields, saves power supply, beneficially market
Development.
Above-described embodiment only for technology of the present utility model design and feature are described, its object is to allow and is familiar with technique
Personage will appreciate that content of the present utility model and implement according to this, protection domain of the present utility model can not be limited with this.
All equivalence changes made according to this utility model spirit or modification, all should contain within protection domain of the present utility model.
Claims (7)
1. a cellular board equipment complex, it is characterised in that: include top layer forming machine, intermediate layer forming machine, bottom forming machine, pre-
Thermal composite machine and traction machine, the first coextrusion machine that described top layer forming machine includes being made up of extruder A1 and extruder A2,
There is two charging apertures and the first allotter of a discharging opening, the first mould and top layer format roll assembly, described extruder
A1 and described extruder A2 is respectively connecting to two described charging apertures of the first described allotter, the first described distribution
The discharging opening of device is connected to the first described mould, and the discharging of the first described mould is through described top layer format roll assembly sizing
Become skin sheets；Described intermediate layer forming machine includes the second coextrusion machine being made up of extruder B1 and extruder B2, has
Two charging apertures and the second allotter of a discharging opening, the second mould and intermediate layer format roll assembly, described extruder B1
With two described charging apertures that described extruder B2 is respectively connecting to the second described allotter, the second described allotter
Discharging opening be connected to the second described mould, the discharging of the second described mould is through the format roll assembly sizing of described intermediate layer
Become intermediate layer honeycomb sheet；The 3rd coextrusion machine that described bottom forming machine includes being made up of extruder C1 and extruder C2,
There is the 3rd allotter, the 3rd mould and the bottom format roll assembly of two charging apertures and a discharging opening, described extruder
C1 and described extruder C2 is respectively connecting to two described charging apertures of the 3rd described allotter, the 3rd described distribution
The discharging opening of device is connected to the 3rd described mould, and the discharging of the 3rd described mould is through described bottom format roll assembly sizing
Become back sheet；Skin sheets, intermediate layer honeycomb sheet and back sheet are after described pre-thermal composite machine is compound, through described
Traction machine exports.
Cellular board equipment complex the most according to claim 1, it is characterised in that: the material of described extruder A1 extrusion is
A, the material of described extruder A2 extrusion is b, and the Rotating fields of described skin sheets is b/a or a/b/a；Described extruder
The material of B1 extrusion is a, and the material of described extruder B2 extrusion is b, and the Rotating fields of described intermediate layer honeycomb sheet is a/
b/a；The material of described extruder C1 extrusion is a, and the material of described extruder C2 extrusion is b, described back sheet
Rotating fields is a/b or a/b/a.
Cellular board equipment complex the most according to claim 2, it is characterised in that: when this cellular board is the structure that cloth is covered in both sides
Time, the Rotating fields of described skin sheets is a/b/a, and the Rotating fields of described intermediate layer honeycomb sheet is a/b/a, the described end
The Rotating fields of layer of sheet material is a/b/a.
Cellular board equipment complex the most according to claim 3, it is characterised in that: this equipment also include two respectively provide cover
The unreeling structure of layer of cloth.
Cellular board equipment complex the most according to claim 2, it is characterised in that: when this cellular board is the knot that cloth is not covered in both sides
During structure, the Rotating fields of described skin sheets is b/a, and the Rotating fields of described intermediate layer honeycomb sheet is a/b/a, the described end
The Rotating fields of layer of sheet material is a/b.
Cellular board equipment complex the most according to claim 1, it is characterised in that: described pre-thermal composite machine include a pair pre-
Hot-rolling and a pair press bonding roller, described pre-hot-rolling is internal leads to deep fat and by temperature control system control.
Cellular board equipment complex the most according to claim 1, it is characterised in that: described traction machine includes a pair traction
Roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620868071.8U CN205853387U (en) | 2016-08-11 | 2016-08-11 | Cellular board equipment complex |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620868071.8U CN205853387U (en) | 2016-08-11 | 2016-08-11 | Cellular board equipment complex |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205853387U true CN205853387U (en) | 2017-01-04 |
Family
ID=57593472
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620868071.8U Active CN205853387U (en) | 2016-08-11 | 2016-08-11 | Cellular board equipment complex |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205853387U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106217892A (en) * | 2016-08-11 | 2016-12-14 | 苏州金纬机械制造有限公司 | Cellular board equipment complex |
-
2016
- 2016-08-11 CN CN201620868071.8U patent/CN205853387U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106217892A (en) * | 2016-08-11 | 2016-12-14 | 苏州金纬机械制造有限公司 | Cellular board equipment complex |
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