CN208346247U - A kind of vacuum evaporation coating membrane carrier - Google Patents
A kind of vacuum evaporation coating membrane carrier Download PDFInfo
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- CN208346247U CN208346247U CN201820403055.0U CN201820403055U CN208346247U CN 208346247 U CN208346247 U CN 208346247U CN 201820403055 U CN201820403055 U CN 201820403055U CN 208346247 U CN208346247 U CN 208346247U
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- vacuum evaporation
- evaporation coating
- coating membrane
- membrane carrier
- carrier
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Abstract
Existing plating material carrier is usually intended only to adapt to the shape of graphite crucible and customize on the market at present; so the upper surface of general plating material carrier is all plane; but when the material to be plated of liquid is transferred on plating material carrier; with regard to needing the adding speed of material to be plated very slow; just can guarantee that the material to be plated of liquid will not be overflowed from plating material carrier, this reduces efficiency material to be plated being transferred on plating material carrier.In view of this, the utility model proposes a kind of vacuum evaporation coating membrane carriers, sunk structure is contained at least one surface in two surfaces of the carrier, enable the material to be plated of liquid so smooth that be added in vacuum evaporation coating membrane carrier in this way, it improves work efficiency, and due to the presence of sunk structure, meeting is so that the specific surface area of entire vacuum evaporation coating membrane carrier increases, adsorption rate of the material to be plated of liquid on vacuum evaporation coating membrane carrier can be promoted, and also will increase the evaporation rate of the material to be plated during vacuum vapor plating.
Description
Technical field
The utility model relates to arrive vacuum coating technology, particularly with regard to a kind of vacuum evaporation coating membrane carrier.
Background technique
Evaporation coating techniques refer to that certain substance makes it be deposited on the surface of solids by heating evaporation, wherein there is a kind of heating
Mode is to be heated using electron beam heating, when being heated using electron beam heating, can make the temperature of heating
Degree reaches 1000 DEG C~3000 DEG C, and evaporation of metal Coating Materials is sufficiently evaporated and is deposited on the table of material to be coated
Face, therefore popularized at present by the way of electron beam heating.
In order to enable the commonly used vacuum evaporating coating machine using electron beam heating is capable of handling volatilization temperature
In 400 DEG C~800 DEG C of organic matter, material to be plated can be all stored using special graphite crucible.And the material to be plated of organic matter
Material needs to be made into liquid, then will include material to be plated so generally can all be transferred to through the material to be plated of liquid on plating material carrier
The plating material carrier of material is placed in graphite crucible, and existing plating material carrier is usually intended only to adapt to graphite earthenware on the market at present
The shape of crucible and customize, so the upper surface of general plating material carrier is all plane, but the material to be plated of liquid is transferred to
When on plating material carrier, it is necessary to which the adding speed of material to be plated is very slow, just can guarantee that the material to be plated of liquid will not be from plating
It is overflowed on material carrier, this reduces the efficiency being transferred to material to be plated on plating material carrier.
Utility model content
In view of this, the utility model proposes a kind of vacuum evaporation coating membrane carrier, in two surfaces of the carrier at least
Contain sunk structure in one surface, so that the material to be plated of liquid can be smooth be added to vacuum evaporation coating membrane carrier
In, it improves work efficiency, and due to the presence of sunk structure, the specific surface area of entire vacuum evaporation coating membrane carrier can be made to increase
Greatly, adsorption rate of the material to be plated of liquid on vacuum evaporation coating membrane carrier can be promoted, and also will increase vacuum vapor plating
The evaporation rate of material to be plated in the process.
A kind of vacuum evaporation coating membrane carrier comprising the ontology 1 of vacuum evaporation coating membrane carrier, it is characterised in that: vacuum is steamed
The ontology 1 of hair plating membrane carrier has upper surface 11 and the surface of lower surface 12 two, has raised brim 111, tiltedly on upper surface 11
Slope surface 112, depressed area 113, wherein depressed area 113 is located at most intermediate, and slope 112 is located at making a circle in week for depressed area 113, convex
It plays edge 111 and is located at making a circle in week for slope 112.
Further, lower surface 12 also has raised brim, slope and depressed area, and depressed area is located at most middle position,
Slope is located at making a circle in week for depressed area, and raised brim is located at making a circle in week for slope.
Further, the ontology of vacuum evaporation coating membrane carrier is cylindrical body.
Further, raised brim 111 is annular, and the outside diameter of annular is 12mm~25mm, and interior circular diameter is
10mm~24mm, annular outside diameter are 1mm~2mm bigger than interior circular diameter.
Further, the angle of slope 112 and horizontal plane is 75 °~90 °.
Further, depressed area 113 is circle, a diameter of 9mm~23mm.
Further, the ontology 1 of vacuum evaporation coating membrane carrier is formed by brass particle by high temperature sintering, brass particle
Partial size is 0.01mm~0.1mm.
It can be seen that since the vacuum evaporation coating membrane carrier of the utility model increases depressed area design, so that liquid
Material to be plated can be smoothly transferred on plating membrane carrier, without there is a situation where liquid to overflow.In addition, setting due to depressed area
Meter improves the speed that material to be plated is adsorbed on plating membrane carrier so that the specific surface area of entire vacuum evaporation coating membrane carrier increases
The evaporation rate of material to be plated during degree and vacuum coating.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the vacuum evaporation coating membrane carrier of the utility model.
Main element symbol description
Vacuum vapor plating carrier body 1
Upper surface 11
Raised brim 111
Slope 112
Depressed area 113
Lower surface 12
The following detailed description will be further explained with reference to the above drawings the utility model.
Specific embodiment
Case 1 is embodied:
A kind of vacuum evaporation coating membrane carrier comprising the ontology 1 of vacuum evaporation coating membrane carrier, it is characterised in that: vacuum is steamed
The ontology 1 of hair plating membrane carrier has upper surface 11 and the surface of lower surface 12 two, has raised brim 111, tiltedly on upper surface 11
Slope surface 112, depressed area 113, wherein depressed area 113 is located at most intermediate, and slope 112 is located at making a circle in week for depressed area 113, convex
It plays edge 111 and is located at making a circle in week for slope 112, lower surface 12 also has raised brim, slope and depressed area, depressed area
Positioned at most middle position, slope is located at making a circle in week for depressed area, and raised brim is located at making a circle in week for slope.
The ontology 1 of vacuum evaporation coating membrane carrier is cylindrical body, and raised brim 111 is annular, and the outside diameter of annular is
14mm, interior circular diameter are 13mm, and slope 112 and the angle of horizontal plane are 78 °, and depressed area 113 is circle, a diameter of
12mm。
The ontology 1 of vacuum evaporation coating membrane carrier is formed by brass particle by high temperature sintering, and the partial size of brass particle is
0.01mm~0.1mm.
Case 2 is embodied:
A kind of vacuum evaporation coating membrane carrier comprising the ontology 1 of vacuum evaporation coating membrane carrier, it is characterised in that: vacuum is steamed
The ontology 1 of hair plating membrane carrier has upper surface 11 and the surface of lower surface 12 two, has raised brim 111, tiltedly on upper surface 11
Slope surface 112, depressed area 113, wherein depressed area 113 is located at most intermediate, and slope 112 is located at making a circle in week for depressed area 113, convex
It plays edge 111 and is located at making a circle in week for slope 112, lower surface 12 also has raised brim, slope and depressed area, depressed area
Positioned at most middle position, slope is located at making a circle in week for depressed area, and raised brim is located at making a circle in week for slope.
The ontology 1 of vacuum evaporation coating membrane carrier is cylindrical body, and raised brim 111 is annular, and the outside diameter of annular is
20mm, interior circular diameter are 18mm, and slope 112 and the angle of horizontal plane are 80 °, and depressed area 113 is circle, a diameter of
16mm。
The ontology 1 of vacuum evaporation coating membrane carrier is formed by brass particle by high temperature sintering, and the partial size of brass particle is
0.01mm~0.1mm.
Case 3 is embodied:
A kind of vacuum evaporation coating membrane carrier comprising the ontology 1 of vacuum evaporation coating membrane carrier, it is characterised in that: vacuum is steamed
The ontology 1 of hair plating membrane carrier has upper surface 11 and the surface of lower surface 12 two, has raised brim 111, tiltedly on upper surface 11
Slope surface 112, depressed area 113, wherein depressed area 113 is located at most intermediate, and slope 112 is located at making a circle in week for depressed area 113, convex
It plays edge 111 and is located at making a circle in week for slope 112, lower surface 12 also has raised brim, slope and depressed area, depressed area
Positioned at most middle position, slope is located at making a circle in week for depressed area, and raised brim is located at making a circle in week for slope.
The ontology 1 of vacuum evaporation coating membrane carrier is cylindrical body, and raised brim 111 is annular, and the outside diameter of annular is
24mm, interior circular diameter are 22.5mm, and slope 112 and the angle of horizontal plane are 85 °, and depressed area 113 is circle, a diameter of
22mm。
The ontology 1 of vacuum evaporation coating membrane carrier is formed by brass particle by high temperature sintering, and the partial size of brass particle is
0.01mm~0.1mm.
Using the vacuum evaporation coating membrane carrier in above-described embodiment 1~3, the material to be plated of liquid can be enabled smooth
It is transferred on plating membrane carrier, without there is a situation where liquid to overflow.In addition, due to the design of depressed area, so that entire vacuum
The specific surface area of evaporation coating carrier increases, and improves speed and vacuum coating that material to be plated is adsorbed on plating membrane carrier
During material to be plated evaporation rate.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (8)
1. a kind of vacuum evaporation coating membrane carrier comprising the ontology (1) of vacuum evaporation coating membrane carrier, it is characterised in that: vacuum is steamed
The ontology (1) of hair plating membrane carrier has upper surface (11) and the surface of lower surface (12) two, has lug on upper surface (11)
Edge (111), slope (112), depressed area (113), wherein depressed area (113) are located at most intermediate, and slope (112) is located at recess
Area (113) makes a circle in week, and raised brim (111) is located at making a circle in week for slope (112).
2. vacuum evaporation coating membrane carrier as described in claim 1, it is characterised in that: lower surface (12) also have raised brim,
Slope and depressed area, depressed area are located at most middle position, and slope is located at making a circle in week for depressed area, and raised brim is located at oblique
The week of slope surface makes a circle.
3. vacuum evaporation coating membrane carrier as described in claim 1, it is characterised in that: the ontology (1) of vacuum evaporation coating membrane carrier
For cylindrical body.
4. vacuum evaporation coating membrane carrier as described in claim 1, it is characterised in that: raised brim (111) is annular, annular
Outside diameter be 12mm~25mm, interior circular diameter is 10mm~24mm, annular outside diameter is 1mm bigger than interior circular diameter~
2mm。
5. vacuum evaporation coating membrane carrier as described in claim 1, it is characterised in that: the angle of slope (112) and horizontal plane
It is 75 °~90 °.
6. vacuum evaporation coating membrane carrier as described in claim 1, it is characterised in that: depressed area (113) are circle, a diameter of
9mm~23mm.
7. vacuum evaporation coating membrane carrier as described in claim 1, it is characterised in that: the ontology (1) of vacuum evaporation coating membrane carrier
It is formed by brass particle by high temperature sintering.
8. vacuum evaporation coating membrane carrier as claimed in claim 7, it is characterised in that: the partial size of brass particle be 0.01mm~
0.1mm。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820403055.0U CN208346247U (en) | 2018-03-23 | 2018-03-23 | A kind of vacuum evaporation coating membrane carrier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820403055.0U CN208346247U (en) | 2018-03-23 | 2018-03-23 | A kind of vacuum evaporation coating membrane carrier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208346247U true CN208346247U (en) | 2019-01-08 |
Family
ID=64885408
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820403055.0U Active CN208346247U (en) | 2018-03-23 | 2018-03-23 | A kind of vacuum evaporation coating membrane carrier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208346247U (en) |
-
2018
- 2018-03-23 CN CN201820403055.0U patent/CN208346247U/en active Active
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