CN206083057U - Waterborne high alumina zinc -containing alloy coating multipurpose combination drying equipment - Google Patents
Waterborne high alumina zinc -containing alloy coating multipurpose combination drying equipment Download PDFInfo
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- CN206083057U CN206083057U CN201620732368.1U CN201620732368U CN206083057U CN 206083057 U CN206083057 U CN 206083057U CN 201620732368 U CN201620732368 U CN 201620732368U CN 206083057 U CN206083057 U CN 206083057U
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- drying
- solidification
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- baking zone
- preliminary drying
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Abstract
The utility model relates to a waterborne high alumina zinc -containing alloy coating multipurpose combination drying equipment, including a long room body, prliminary drying district, baking zone and the solidification district that becomes to be parallel to each other is separated through first baffle and second baffle to the inner space of the long room body, prliminary drying district and prliminary drying hot air circulating system intercommunication, baking zone and stoving hot air circulating system intercommunication, solidification district and solidification hot air circulating system intercommunication, the prliminary drying position is between baking zone and solidification district, and prliminary drying district left end is linked together with the baking zone left end, and prliminary drying district and solidification district completely cut off mutually, the work piece stoving import department of prliminary drying district right -hand member is equipped with an air curtain device, the top of prliminary drying district and baking zone is equipped with stoving suspension conveying chain, and the work piece stoving exit of baking zone left end is equipped with the 2nd air curtain device, the work piece solidification exit of solidification district left end is equipped with the 3rd air curtain device, solidification district top is equipped with solidification suspension conveying chain, and the work piece solidification exit of solidification district right -hand member is equipped with fourth air curtain device. The utility model discloses compact structure, function division is reasonable.
Description
Technical field
The utility model is related to a kind of aqueous high alumina zinc base alloy coating multipurpose and combines drying plant, belongs to coating equipment
Technical field.
Background technology
At present aqueous high Al-Zn base coating, oiliness seal coat or powder seal coat are dried on country's paint line
Solidification is all using a point function monomer drying plant form.Its exist problem be：1st, the loose in disorder, floor space of layout is big；
2nd, it is unfavorable for energy supply point concentrated supply；3rd, it is unfavorable for the classification management of identical function equipment and safeguards.
The content of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, there is provided a kind of aqueous high alumina zinc base alloy
Coating multipurpose combines drying plant, and its is reasonable in design, and using combined type layout, compact conformation, floor space is few, function division
Rationally.
According to the technical scheme that the utility model is provided：Aqueous high alumina zinc base alloy coating multipurpose combines drying plant,
Including a long chamber body, the inner space of the long chamber body is separated into the preliminary drying being parallel to each other by the first dividing plate and second partition
Area, baking zone and curing area, the preliminary drying area connects with preliminary drying hot air circulating system, the baking zone and drying hot air circulation system
System connection, the curing area connects with solidification hot air circulating system；The preliminary drying area is located between baking zone and curing area, preliminary drying
Area's left end is connected with baking zone left end, and preliminary drying area is isolated with curing area；Preliminary drying area right-hand member is provided with workpiece drying import,
The first air curtain apparatus are provided with workpiece drying entrance；A drying is provided with the top of the preliminary drying area and baking zone and hangs conveying
Chain, the drying suspension conveyer chain first lays to the left from preliminary drying area right-hand member, and then from preliminary drying area, left end enters baking zone, in drying
First lay from left to right in area, be bent outwardly right-to-left again after baking zone right-hand member is reached and lay to baking zone left end；It is described
Baking zone left end is provided with workpiece drying outlet, and in workpiece drying exit the second air curtain apparatus are provided with；The curing area left end sets
There is workpiece to solidify import, in workpiece solidification entrance the 3rd air curtain apparatus are provided with；A solidification is provided with the top of the curing area
Suspension conveyer chain, the solidification suspension conveyer chain first lays to the right from the outer side edge in curing area from left end, reaches curing area
Again right-to-left lays after right-hand member, and the right-to-left again that curves inwardly after curing area right-hand member is reached lays, left curing area is reached
Curve inwardly behind end and lay from left to right again to curing area right-hand member；The curing area right-hand member is provided with workpiece solidification outlet, in workpiece
Solidification exit is provided with the 4th air curtain apparatus.
Used as further improvement of the utility model, the preliminary drying hot air circulating system includes preliminary drying hot-blast heater, pre-
Ajutage, preliminary drying backwind tube and preliminary drying wall side blast pipe are dried, the top of both sides body of wall is separately installed with through preliminary drying in preliminary drying area
Preliminary drying wall side blast pipe at the top of area, the air-out that the preliminary drying wall side blast pipe passes through preliminary drying ajutage and preliminary drying hot-blast heater
Mouth connection, the preliminary drying backwind tube is arranged on preliminary drying area bottom, and preliminary drying backwind tube one end connects with preliminary drying area inside, preliminary drying return air
The pipe other end is connected with the return air inlet of preliminary drying hot-blast heater.
As further improvement of the utility model, in the preliminary drying backwind tube adjustable plate is provided with.
Used as further improvement of the utility model, the drying hot air circulating system includes drying hot-blast heater, dries
Dry ajutage, drying backwind tube, drying wall side blast pipe and drying interchain blast pipe, the top difference of body of wall on baking zone both sides
The drying wall side blast pipe being provided with the top of baking zone, is provided between the drying suspension conveyer chain at the top of baking zone and passes through
The drying interchain blast pipe at the top of baking zone is worn, the drying wall side blast pipe and drying interchain blast pipe are by drying air-supply
Pipe connect with the air outlet for drying hot-blast heater, and the drying backwind tube is arranged on baking zone bottom, dry backwind tube one end and
The connection of baking zone inside, dries the backwind tube other end and connects with the return air inlet of drying hot-blast heater.
As further improvement of the utility model, in the drying backwind tube adjustable plate is provided with.
Used as further improvement of the utility model, the solidification hot air circulating system includes solidification hot-blast heater, consolidates
Change ajutage, solidification backwind tube, solidification wall side blast pipe and solidification interchain blast pipe, the top difference of body of wall on curing area both sides
The solidification wall side blast pipe being provided with the top of curing area, is provided between the solidification suspension conveyer chain at the top of curing area and passes through
The solidification interchain blast pipe at the top of curing area is worn, the solidification wall side blast pipe and solidification interchain blast pipe are by solidifying air-supply
Pipe connect with the air outlet for drying hot-blast heater, and the solidification backwind tube is arranged on curing area bottom, solidify backwind tube one end and
The connection of curing area inside, solidifies the backwind tube other end and connects with the return air inlet of solidification hot-blast heater.
As further improvement of the utility model, in the solidification backwind tube adjustable plate is provided with.
Used as further improvement of the utility model, the long chamber body adopts sectional materials cage, heat-preservation cotton and interior external covering board group
Weldering is formed by connecting.
As further improvement of the utility model, first air curtain apparatus, the second air curtain apparatus, the 3rd air curtain apparatus
Bilateral oppositely-blowing air curtain system is adopted with the 4th air curtain apparatus.
As further improvement of the utility model, first air curtain apparatus include high temperature resistant centrifugal blower, aspiration channel,
Blower and adjusting air valve, the inlet scoop connection aspiration channel of high temperature resistant centrifugal blower, air outlet connection blower, the regulation wind
Valve is arranged on aspiration channel or blower；The structure of second air curtain apparatus, the 3rd air curtain apparatus and the 4th air curtain apparatus is equal
It is identical with the first air curtain apparatus.
The utility model compared with prior art, with advantages below：
1）, the utility model change icepro dissipate layout be combined type layout so as to compact conformation, point ground area it is few, be conducive to energy
Source concentrated supply, reduces public investment.
2）, the utility model Rational function division, facilitate equipment maintenance and management and save equipment investment.
3）, the utility model it is applied widely, the drying requirement of various coatings can be met.
Description of the drawings
Fig. 1 is the topology layout top view of the utility model embodiment.
Fig. 2 is the A-A in Fig. 1 to sectional view.
Specific embodiment
With reference to concrete drawings and Examples, the utility model is described in further detail.
As shown in the figure：Aqueous high alumina zinc base alloy coating multipurpose combination drying plant in embodiment is mainly including a length
Chamber body 1, the inner space of the long chamber body 1 is separated into the preliminary drying area 4 being parallel to each other, is dried by the first dividing plate 2 and second partition 3
Dry area 5 and curing area 6, the preliminary drying area 4 connects with preliminary drying hot air circulating system, the baking zone 5 and drying hot air circulation system
System connection, the curing area 6 connects with solidification hot air circulating system；The preliminary drying area 4 is located between baking zone 5 and curing area 6,
The left end of preliminary drying area 4 is connected with the left end of baking zone 5, and preliminary drying area 4 is isolated with curing area 6；The right-hand member of preliminary drying area 4 is provided with workpiece
Drying import, in workpiece drying entrance the first air curtain apparatus 7 are provided with；The top of the preliminary drying area 4 and baking zone 5 is provided with one
Drying suspension conveyer chain 11, the drying suspension conveyer chain 11 first lays to the left from the right-hand member of preliminary drying area 4, then left from preliminary drying area 4
End enters baking zone 5, first lays from left to right in baking zone 5, and after the right-hand member of baking zone 5 is reached right-to-left again is bent outwardly
Lay to the left end of baking zone 5；The left end of the baking zone 5 is provided with workpiece drying outlet, and in workpiece drying exit the second wind is provided with
Proscenia 8；The left end of the curing area 6 is provided with workpiece solidification import, and in workpiece solidification entrance the 3rd air curtain apparatus 9 are provided with；Institute
The top for stating curing area 6 is provided with a solidification suspension conveyer chain 12, the solidification suspension conveyer chain 12 first from curing area 6 in the outer part
Lay to the right from left end at side, again right-to-left lays after the right-hand member of curing area 6 is reached, to interior after the right-hand member of curing area 6 is reached
Again right-to-left lays for bending, curves inwardly after the left end of curing area 6 is reached and lay from left to right again to the right-hand member of curing area 6；Institute
State the right-hand member of curing area 6 and be provided with workpiece solidification outlet, in workpiece solidification exit the 4th air curtain apparatus 10 are provided with.
In the present embodiment, as shown in Figure 1 and Figure 2, it mainly includes preliminary drying hot blast to the structure of the preliminary drying hot air circulating system
Heating furnace 13, preliminary drying ajutage 14, preliminary drying backwind tube 15 and preliminary drying wall side blast pipe 16, on the top of the both sides body of wall of preliminary drying area 4
The preliminary drying wall side blast pipe 16 through the top of preliminary drying area 4 is separately installed with, the preliminary drying wall side blast pipe 16 is blown by preliminary drying
Pipe 14 is connected with the air outlet of preliminary drying hot-blast heater 13, and the preliminary drying backwind tube 15 is arranged on the bottom of preliminary drying area 4, preliminary drying return air
The one end of pipe 15 connects with the inside of preliminary drying area 4, and the other end of preliminary drying backwind tube 15 is connected with the return air inlet of preliminary drying hot-blast heater 13.
In the present embodiment, adjustable plate is provided with the preliminary drying backwind tube 15, so can be adjusted according to actual conditions
Adjustable plate is adjusting air-supply wind speed, it is ensured that the uniformity of temperature in whole preliminary drying area 4.
In the present embodiment, as shown in Figure 1 and Figure 2, it mainly includes drying hot blast to the structure of the drying hot air circulating system
Heating furnace 18, drying ajutage 19, drying backwind tube 20, drying wall side blast pipe 21 and drying interchain blast pipe 22, in drying
The top of the both sides body of wall of area 5 is separately installed with the drying wall side blast pipe 21 through the top of baking zone 5, at the top of baking zone 5
Drying interchain blast pipe 22 through the top of baking zone 5, drying wall side air intake are installed between drying suspension conveyer chain 11
Pipe 21 and drying interchain blast pipe 22 are connected by drying ajutage 19 with the air outlet for drying hot-blast heater, described to dry back
Airduct 20 is arranged on the bottom of baking zone 5, and drying one end of backwind tube 20 connects with the inside of baking zone 5, dries the other end of backwind tube 20
Connect with the return air inlet of drying hot-blast heater 18.
In the present embodiment, adjustable plate is provided with the drying backwind tube 20, so can be adjusted according to actual conditions
Adjustable plate is adjusting air-supply wind speed, it is ensured that the uniformity of temperature in whole baking zone 5.
In the present embodiment, as shown in Figure 1 and Figure 2, it mainly includes solidification hot blast to the structure of the solidification hot air circulating system
Heating furnace 23, solidification ajutage 24, solidification backwind tube 25, solidification wall side blast pipe 26 and solidification interchain blast pipe 27, in solidification
The top of the both sides body of wall of area 6 is separately installed with the solidification wall side blast pipe 26 through the top of curing area 6, at the top of curing area 6
Solidification interchain blast pipe 27 through the top of curing area 6, solidification wall side air intake are installed between solidification suspension conveyer chain 12
Pipe 26 and solidification interchain blast pipe 27 are connected by solidification ajutage 24 with the air outlet for drying hot-blast heater, described to solidify back
Airduct 25 is arranged on the bottom of curing area 6, and solidification one end of backwind tube 25 connects with the inside of curing area 6, solidifies the other end of backwind tube 25
Connect with the return air inlet of solidification hot-blast heater 23.
In the present embodiment, adjustable plate is provided with the solidification backwind tube 25, so can be adjusted according to actual conditions
Adjustable plate is adjusting air-supply wind speed, it is ensured that the uniformity of temperature in whole curing area 6.
In the present embodiment, the long chamber body 1 is preferably formed by connecting using sectional materials cage, heat-preservation cotton and the weldering of interior external covering board group,
The whole interior wall plate of chamber body 2 adopts full weld structure, and exterior angle carries out bound edge process in chamber body 2, it is ensured that hot gas is not excessive.
In the present embodiment, first air curtain apparatus 7, the second air curtain apparatus 8, the 3rd air curtain apparatus 9 and the 4th air curtain dress
Put 10 and preferably adopt bilateral oppositely-blowing air curtain system of the prior art.A kind of structure is given in embodiment, with the first air curtain
As a example by device 7, the first air curtain apparatus 7 are mainly made up of high temperature resistant centrifugal blower, aspiration channel, blower and adjusting air valve, resistance to height
The inlet scoop connection aspiration channel of warm centrifugal blower, air outlet connection blower, the adjusting air valve is arranged on aspiration channel or blowing
Guan Shang.The structure of second air curtain apparatus 8, the 3rd air curtain apparatus 9 and the 4th air curtain apparatus 10 with the phase of the first air curtain apparatus 7
Together.
In the present embodiment, each hot-blast heater preferably adopts advanced gas heating triplet or quaternary body device.Each wind
Pipe is preferably made using galvanized steel plain sheet and angle steel, exposed to carry out bag heat-preservation cotton process in outdoor airduct, to reduce energy consumption.
Operation principle of the present utility model and the course of work are as follows：
1st, high Al-Zn base coating+powder back cover：The workpiece for having sprayed high Al-Zn base coating is defeated by suspension conveyer chain 11 is dried
Send, first the first air curtain apparatus of Jing 7 enter preliminary drying area 4, after reaching the prebake time baking zone 5 is entered back into, arrive in baking zone 5
The second air curtain apparatus of Jing 8 go out baking zone 5 up to after drying time；Jing it is strong it is cold after enter powder coating room【It is not drawn in figure】Carry out quiet
Electro-powder is sprayed, and is then conveyed by solidification suspension conveyer chain 12, and the air curtain apparatus 9 of Jing the 3rd first are solidified into curing area 6
Operation, the air curtain apparatus 10 of Jing the 4th go out curing area 6 after reaching hardening time, complete stoving process.
2nd, high Al-Zn base coating+paint back cover：The workpiece for having sprayed high Al-Zn base coating is defeated by suspension conveyer chain 11 is dried
Send, first the first air curtain apparatus of Jing 7 enter preliminary drying area 4, after reaching the prebake time baking zone 5 is entered back into, arrive in baking zone 5
The second air curtain apparatus of Jing 8 go out baking zone 5 up to after drying time；Jing it is strong it is cold after enter paint paint spray booth【It is not drawn in figure】Carry out oil
The spraying of stop-off lacquer bottom, levelling；Then conveyed by solidification suspension conveyer chain 12 again, the air curtain apparatus 9 of Jing the 3rd are sealed into curing area 6
Base oil paint drying operation, reaches the air curtain apparatus 10 of Jing the 4th after drying time and goes out curing area 6, completes stoving process.
Claims (10)
1. aqueous high alumina zinc base alloy coating multipurpose combines drying plant, including a long chamber body（1）, the long chamber body（1）'s
Inner space passes through the first dividing plate（2）And second partition（3）It is separated into the preliminary drying area being parallel to each other（4）, baking zone（5）And solidification
Area（6）, the preliminary drying area（4）Connect with preliminary drying hot air circulating system, the baking zone（5）Connect with drying hot air circulating system
It is logical, the curing area（6）Connect with solidification hot air circulating system；The preliminary drying area（4）Positioned at baking zone（5）And curing area（6）
Between, preliminary drying area（4）Left end and baking zone（5）Left end is connected, preliminary drying area（4）With curing area（6）It is isolated；The preliminary drying area
（4）Right-hand member is provided with workpiece drying import, and in workpiece drying entrance the first air curtain apparatus are provided with（7）；The preliminary drying area（4）And baking
Dry area（5）Top be provided with one drying suspension conveyer chain（11）, the drying suspension conveyer chain（11）First from preliminary drying area（4）It is right
End is laid to the left, then from preliminary drying area（4）Left end enters baking zone（5）, in baking zone（5）Interior elder generation lays from left to right, arrives
Up to baking zone（5）It is bent outwardly again right-to-left after right-hand member to lay to baking zone（5）Left end；The baking zone（5）Left end is provided with
Workpiece drying outlet, in workpiece drying exit the second air curtain apparatus are provided with（8）；The curing area（6）Left end is provided with workpiece and consolidates
Change import, in workpiece solidification entrance the 3rd air curtain apparatus are provided with（9）；The curing area（6）To be provided with a solidification outstanding at top
Hang carrier chain（12）, the solidification suspension conveyer chain（12）First from curing area（6）Outer side edge is laid to the right from left end, is arrived
Up to curing area（6）Again right-to-left lays after right-hand member, reaches curing area（6）The right-to-left that curves inwardly after right-hand member again lays,
Reach curing area（6）Curve inwardly after left end and lay from left to right to curing area again（6）Right-hand member；The curing area（6）Right-hand member
Workpiece solidification outlet is provided with, in workpiece solidification exit the 4th air curtain apparatus are provided with（10）.
2. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 1 combines drying plant, it is characterised in that：It is described
Preliminary drying hot air circulating system includes preliminary drying hot-blast heater（13）, preliminary drying ajutage（14）, preliminary drying backwind tube（15）With preliminary drying wall
Side blast pipe（16）, in preliminary drying area（4）The top of both sides body of wall is separately installed with through preliminary drying area（4）The preliminary drying wall side at top is entered
Airduct（16）, the preliminary drying wall side blast pipe（16）By preliminary drying ajutage（14）With preliminary drying hot-blast heater（13）Air outlet
Connection, the preliminary drying backwind tube（15）It is arranged on preliminary drying area（4）Bottom, preliminary drying backwind tube（15）One end and preliminary drying area（4）It is internal
Connection, preliminary drying backwind tube（15）The other end and preliminary drying hot-blast heater（13）Return air inlet connection.
3. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 2 combines drying plant, it is characterised in that：It is described
Preliminary drying backwind tube（15）Inside it is provided with adjustable plate.
4. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 1 combines drying plant, it is characterised in that：It is described
Drying hot air circulating system includes drying hot-blast heater（18）, drying ajutage（19）, drying backwind tube（20）, drying wall side
Blast pipe（21）With drying interchain blast pipe（22）, in baking zone（5）The top of both sides body of wall is separately installed with through baking zone
（5）The drying wall side blast pipe at top（21）, in baking zone（5）The drying suspension conveyer chain at top（11）Between be provided with and run through
Baking zone（5）The drying interchain blast pipe at top（22）, drying wall side blast pipe（21）With drying interchain blast pipe（22）
By drying ajutage（19）Connect with the air outlet for drying hot-blast heater, the drying backwind tube（20）It is arranged on baking zone
（5）Bottom, dries backwind tube（20）One end and baking zone（5）Inside connection, dries backwind tube（20）The other end and drying hot blast
Heating furnace（18）Return air inlet connection.
5. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 4 combines drying plant, it is characterised in that：It is described
Drying backwind tube（20）Inside it is provided with adjustable plate.
6. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 1 combines drying plant, it is characterised in that：It is described
Solidification hot air circulating system includes solidification hot-blast heater（23）, solidification ajutage（24）, solidification backwind tube（25）, solidification wall side
Blast pipe（26）With solidification interchain blast pipe（27）, in curing area（6）The top of both sides body of wall is separately installed with through curing area
（6）The solidification wall side blast pipe at top（26）, in curing area（6）The solidification suspension conveyer chain at top（12）Between be provided with and run through
Curing area（6）The solidification interchain blast pipe at top（27）, solidification wall side blast pipe（26）With solidification interchain blast pipe（27）
By solidifying ajutage（24）Connect with the air outlet for drying hot-blast heater, the solidification backwind tube（25）It is arranged on curing area
（6）Bottom, solidifies backwind tube（25）One end and curing area（6）Inside connection, solidifies backwind tube（25）The other end and solidification hot blast
Heating furnace（23）Return air inlet connection.
7. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 6 combines drying plant, it is characterised in that：It is described
Solidification backwind tube（25）Inside it is provided with adjustable plate.
8. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 1 combines drying plant, it is characterised in that：It is described
Long chamber body（1）It is formed by connecting using sectional materials cage, heat-preservation cotton and the weldering of interior external covering board group.
9. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 1 combines drying plant, it is characterised in that：It is described
First air curtain apparatus（7）, the second air curtain apparatus（8）, the 3rd air curtain apparatus（9）With the 4th air curtain apparatus（10）Adopt bilateral pair
Blow formula air curtain system.
10. aqueous high alumina zinc base alloy coating multipurpose as claimed in claim 1 combines drying plant, it is characterised in that：Institute
State the first air curtain apparatus（7）Including high temperature resistant centrifugal blower, aspiration channel, blower and adjusting air valve, high temperature resistant centrifugal blower
Inlet scoop connects aspiration channel, and air outlet connection blower, the adjusting air valve is arranged on aspiration channel or blower；Described second
Air curtain apparatus（8）, the 3rd air curtain apparatus（9）With the 4th air curtain apparatus（10）Structure with the first air curtain apparatus（7）It is identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620732368.1U CN206083057U (en) | 2016-07-12 | 2016-07-12 | Waterborne high alumina zinc -containing alloy coating multipurpose combination drying equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620732368.1U CN206083057U (en) | 2016-07-12 | 2016-07-12 | Waterborne high alumina zinc -containing alloy coating multipurpose combination drying equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206083057U true CN206083057U (en) | 2017-04-12 |
Family
ID=58464923
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620732368.1U Expired - Fee Related CN206083057U (en) | 2016-07-12 | 2016-07-12 | Waterborne high alumina zinc -containing alloy coating multipurpose combination drying equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206083057U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106000825A (en) * | 2016-07-12 | 2016-10-12 | 无锡顺达智能自动化工程股份有限公司 | Water-based high-aluminous zinc-base alloy paint multipurpose combined drying equipment |
-
2016
- 2016-07-12 CN CN201620732368.1U patent/CN206083057U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106000825A (en) * | 2016-07-12 | 2016-10-12 | 无锡顺达智能自动化工程股份有限公司 | Water-based high-aluminous zinc-base alloy paint multipurpose combined drying equipment |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170412 Termination date: 20200712 |