CN209156270U - A kind of high temperature resistant reflecting layer process units - Google Patents
A kind of high temperature resistant reflecting layer process units Download PDFInfo
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- CN209156270U CN209156270U CN201821989058.3U CN201821989058U CN209156270U CN 209156270 U CN209156270 U CN 209156270U CN 201821989058 U CN201821989058 U CN 201821989058U CN 209156270 U CN209156270 U CN 209156270U
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- aluminium foil
- glass
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- fabric
- reflecting layer
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Abstract
The utility model discloses a kind of high temperature resistant reflecting layer process units, aluminium foil roller and aluminium foil driven voller including being distributed in rolling component one side, it is distributed in the glass cloth rewinder roll and glass-fiber-fabric driven voller of rolling component another side, the rolling component includes rolling guide roller and seaming roll set up and down；Aluminium foil successively bypasses aluminium foil roller and aluminium foil driven voller, and glass-fiber-fabric successively bypasses glass cloth rewinder roll and glass-fiber-fabric driven voller, and subsequent glass-fiber-fabric is above rolling guide roller around entering；For the aluminium foil around entering below rolling guide roller, glass-fiber-fabric, which is compound on aluminium foil, forms reflecting layer, and the reflecting layer is by the gap between rolling guide roller and seaming roll, further around on finished product roller；It is provided with spray assembly above aluminium foil between the aluminium foil driven voller and rolling guide roller, gluing is sprayed on aluminium foil by the spray assembly.The utility model, which can spray, is easy cured high-temp glue, and spraying uniformly, while reducing the application cost of high-temp glue, is conducive to protect environment.
Description
Technical field
The utility model relates to automatic double surface gluer technical field, in particular to a kind of high temperature resistant reflecting layer process units.
Background technique
Long heat transport net superhigh temperature resistant reflecting layer in process of production, needs to carry out using adhesive to cohere fixation.It is existing
Glue is more than 350oThe above adhesive effect of C temperature can be entirely ineffective, therefore company is to produce resistance to 350oIt is more than C temperature resistance to super
High viscosity high temperature resistant cement is selected in high temperature reflecting layer.Due to the physical property of of this glue itself, if continued to use original
The mode of plastic roll can cause glue to be smeared unevenly, subsequent product performance is caused to become because of the solidification of glue large area and trickling property difference
Difference, while the waste of high temperature resistant cement is caused, increase entreprise cost.
Utility model content
The utility model provides a kind of high temperature resistant reflecting layer process units, to solve the problems of the prior art.
To achieve the above object, the technical solution adopted in the utility model are as follows:
A kind of high temperature resistant reflecting layer process units, aluminium foil roller 1 and aluminium foil driven voller including being distributed in rolling 5 one side of component
2, it is distributed in the glass cloth rewinder roll 6 and glass-fiber-fabric driven voller 7 of rolling 5 another side of component, the rolling component 5 includes in setting up and down
Rolling guide roller 51 and seaming roll 52；
Aluminium foil 3 successively bypasses aluminium foil roller 1 and aluminium foil driven voller 2, glass-fiber-fabric 8 successively around glass cloth rewinder roll 6 and glass-fiber-fabric from
Dynamic roller 7, subsequent glass-fiber-fabric 8 is above rolling guide roller 51 around entering；The aluminium foil 3 from rolling guide roller 51 lower section around entering, glass
Cloth 8 is compound in formation reflecting layer 9 on aluminium foil 3, and the gap between rolling guide roller 51 and seaming roll 52 is passed through in the reflecting layer 9,
Further around on finished product roller 10；
Spray assembly 4, the spraying are provided with above aluminium foil 3 between the aluminium foil driven voller 2 and rolling guide roller 51
Gluing is sprayed on aluminium foil 3 by component 4.
Further, the aluminium foil roller 1, aluminium foil driven voller 2, rolling component 5, glass-fiber-fabric driven voller 7 and glass cloth rewinder roll 6 according to
Secondary arrangement.
Further, the spray assembly 4 includes the dispenser 42 for being connected with automatic spray gun 45, and the dispenser 42 also connects
It is connected to air pump 42.
Further, the gum outlet of the automatic spray gun 45 against aluminium foil driven voller 2 and rolls the aluminium between guide roller 51
Foil 3, automatic spray gun 45 will be on high temperature glue even applications to aluminium foil 3.
Further, the automatic spray gun 45 is 4, and 4 automatic spray guns 45 are located at same level, and row at equal intervals
It is distributed in above 3 wide cut of aluminium foil, the aluminum alloy joint of the 45 mating band oil return voltage stabilizing function of automatic spray gun.
Further, it is described rolling guide roller 51 and seaming roll 52 between gap width be less than gluing after aluminium foil 3 with
The sum of the thickness of glass-fiber-fabric 8.So that aluminium foil 3 and glass-fiber-fabric 8 are compressed bonding, reflecting layer 9 is formed, and transport reflecting layer 9 forward
It is dynamic.
Further, the aluminium foil 3 with a thickness of 9 μm；Using alkali-free without wax glass-fiber-fabric, 8 grammes per square metre of glass-fiber-fabric is glass-fiber-fabric 8
110~120g/m2。
Further, the dispenser 42 is semi-automatic one pack system dispenser, specification 2600ML/10L.
Further, the spray assembly 4 further includes electric cabinet 43 and digital control platform 44, and the electric cabinet 43 is separately connected
Digital control platform 44 and automatic spray gun 45, the electric cabinet 43 are PLC control, and the digital control platform 44 uses touch single-axis servo
Digital control platform.
Compared with prior art, the utility model has the following beneficial effects:
The utility model, which can spray, is easy cured high-temp glue, and spraying uniformly, while reducing the application cost of high-temp glue,
Be conducive to protect environment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of spray assembly in the utility model；
Wherein: wherein: 1- aluminium foil roller, 2- aluminium foil driven voller, 3- aluminium foil, 4- spray assembly, 41- air pump, 42- dispensing
Machine, 43- electric cabinet, 44- digital control platform, 45- automatic spray gun, 5- roll component, and 51- rolls guide roller, 52- seaming roll, 6- glass
Fine cloth rewinder roll, 7- glass-fiber-fabric driven voller, 8- glass-fiber-fabric, the reflecting layer 9-, 10- finished product roller.
Specific embodiment
The utility model is further described below with reference to embodiment.
As illustrated in fig. 1 and 2, a kind of high temperature resistant reflecting layer process units, the aluminium foil roller including being distributed in rolling 5 one side of component
1 and aluminium foil driven voller 2, be distributed in the glass cloth rewinder roll 6 and glass-fiber-fabric driven voller 7 of rolling 5 another side of component, i.e., the described aluminium foil roller 1,
Aluminium foil driven voller 2, rolling component 5, glass-fiber-fabric driven voller 7 and glass cloth rewinder roll 6 are successively arranged, and the rolling component 5 includes presenting
The rolling guide roller 51 and seaming roll 52 of lower setting；Aluminium foil 3 successively bypasses aluminium foil roller 1 and aluminium foil driven voller 2, and glass-fiber-fabric 8 is successively
Around glass cloth rewinder roll 6 and glass-fiber-fabric driven voller 7, subsequent glass-fiber-fabric 8 is above rolling guide roller 51 around entering；The aluminium foil 3 is from rolling
Pressure guide roller 51 lower section is around entering, and glass-fiber-fabric 8 is compound in formation reflecting layer 9 on aluminium foil 3, and the reflecting layer 9 is by rolling guide roller
Gap between 51 and seaming roll 52, further around on finished product roller 10；Aluminium between the aluminium foil driven voller 2 and rolling guide roller 51
Spray assembly 4 is provided with above foil 3, gluing is sprayed on aluminium foil 3 by the spray assembly 4.The aluminium foil 3 passes through from left to right
Aluminium foil driven voller 2 moves the left side for extending to rolling guide roller 51；The glass-fiber-fabric 8 passes through glass-fiber-fabric driven voller 7 from right to left
Movement extends to the left side of rolling guide roller 51, and the aluminium foil 3 and glass-fiber-fabric 8 after glue spraying travel forward after rolling component 5 rolls
It is bonded together to form finished product reflecting layer 9.
The spray assembly 4 includes the dispenser 42 for being connected with automatic spray gun 45, and the dispenser 42 is also connected with air
Pump 42；The gum outlet of the automatic spray gun 45 is against aluminium foil driven voller 2 and rolls the aluminium foil 3 between guide roller 51, automatic spray gun
45 will be on high temperature glue even application to aluminium foil 3；The automatic spray gun 45 is 4, and 4 automatic spray guns 45 are located at same level
Face, and be arranged in above 3 wide cut of aluminium foil at equal intervals, the aluminium alloy of the 45 mating band oil return voltage stabilizing function of automatic spray gun connects
Head.
Gap width between the rolling guide roller 51 and seaming roll 52 is less than aluminium foil 3 and glass-fiber-fabric 8 after gluing
The sum of thickness.So that aluminium foil 3 and glass-fiber-fabric 8 are compressed bonding, reflecting layer 9 is formed, and reflecting layer 9 is made to travel forward.After gluing
Aluminium foil 3 and glass-fiber-fabric 8 travel forward and protrude into the gap, after being bonded together formed finished product reflecting layer 9, be finally wound up into
On product roller 10.
The aluminium foil 3 with a thickness of 9 μm；For glass-fiber-fabric 8 using alkali-free without wax glass-fiber-fabric, 8 grammes per square metre of glass-fiber-fabric is 110 ~ 120g/
m2。
The spray assembly 4 further includes electric cabinet 43 and digital control platform 44, and the electric cabinet 43 is separately connected digital control platform
44 and automatic spray gun 45, the electric cabinet 43 is PLC control, and the digital control platform 44 uses touch single-axis servo numerical control flat
Platform.The dispenser 42 is semi-automatic one pack system dispenser, specification 2600ML/10L.Electric cabinet and number in the utility model
Control platform belongs to the prior art, and in market, being assembled be can be used for directly buying.
The glue held in the dispenser 42 is the High-strength glues such as 802,804 or 902, and the glue is from automatic spray gun 45
It is sprayed on aluminium foil 3.The glue resistance to 350oThe high temperature of C.
The above is only the preferred embodiment of the utility model, it should be pointed out that: for the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the protection scope of the utility model.
Claims (8)
1. a kind of high temperature resistant reflecting layer process units, it is characterised in that: the aluminium foil roller including being distributed in rolling component (5) one side
(1) and aluminium foil driven voller (2) it, is distributed in the glass cloth rewinder roll (6) and glass-fiber-fabric driven voller (7) of rolling component (5) another side, it is described
Rolling component (5) includes rolling guide roller (51) set up and down and seaming roll (52)；
Aluminium foil (3) successively bypasses aluminium foil roller (1) and aluminium foil driven voller (2), and glass-fiber-fabric (8) successively bypasses glass cloth rewinder roll (6) and glass
Fine cloth driven voller (7), subsequent glass-fiber-fabric (8) is above rolling guide roller (51) around entering；The aluminium foil (3) from rolling guide roller
(51) around entering, glass-fiber-fabric (8), which is compound on aluminium foil (3), forms reflecting layer (9) for lower section, and the reflecting layer (9) is by rolling guiding
Gap between roller (51) and seaming roll (52), further around on finished product roller (10)；
It is provided with spray assembly (4) above aluminium foil (3) between the aluminium foil driven voller (2) and rolling guide roller (51), it is described
Gluing is sprayed on aluminium foil (3) by spray assembly (4).
2. high temperature resistant reflecting layer according to claim 1 process units, it is characterised in that: the aluminium foil roller (1), aluminium foil from
Dynamic roller (2), rolling component (5), glass-fiber-fabric driven voller (7) and glass cloth rewinder roll (6) are successively arranged.
3. high temperature resistant reflecting layer according to claim 1 process units, it is characterised in that: stating spray assembly (4) includes connecting
It is connected to the dispenser (42) of automatic spray gun (45), the dispenser (42) is also connected with air pump (41).
4. high temperature resistant reflecting layer according to claim 3 process units, it is characterised in that: state the plastic emitting of automatic spray gun (45)
Mouth is against aluminium foil driven voller (2) and rolls the aluminium foil (3) between guide roller (51).
5. high temperature resistant reflecting layer according to claim 4 process units, it is characterised in that: stating automatic spray gun (45) is 4,
4 automatic spray guns (45) are located at same level, and are arranged in above aluminium foil (3) wide cut at equal intervals.
6. high temperature resistant reflecting layer according to claim 1 process units, it is characterised in that: state rolling guide roller (51) and rolling
Gap width between pressure roller (52) is less than aluminium foil (3) and the sum of the thickness of glass-fiber-fabric (8) after gluing.
7. high temperature resistant reflecting layer according to claim 1 process units, it is characterised in that: state aluminium foil (3) with a thickness of 9 μ
m；For glass-fiber-fabric (8) using alkali-free without wax glass-fiber-fabric, glass-fiber-fabric (8) grammes per square metre is 110 ~ 120g/m2。
8. high temperature resistant reflecting layer according to claim 1 process units, it is characterised in that: it is semi-automatic for stating dispenser (42)
One pack system dispenser.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821989058.3U CN209156270U (en) | 2018-11-29 | 2018-11-29 | A kind of high temperature resistant reflecting layer process units |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821989058.3U CN209156270U (en) | 2018-11-29 | 2018-11-29 | A kind of high temperature resistant reflecting layer process units |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209156270U true CN209156270U (en) | 2019-07-26 |
Family
ID=67340962
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821989058.3U Active CN209156270U (en) | 2018-11-29 | 2018-11-29 | A kind of high temperature resistant reflecting layer process units |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209156270U (en) |
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2018
- 2018-11-29 CN CN201821989058.3U patent/CN209156270U/en active Active
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