CN102051656B - Electroplating device for composite plating electrodeposition - Google Patents
Electroplating device for composite plating electrodeposition Download PDFInfo
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- CN102051656B CN102051656B CN2010105936787A CN201010593678A CN102051656B CN 102051656 B CN102051656 B CN 102051656B CN 2010105936787 A CN2010105936787 A CN 2010105936787A CN 201010593678 A CN201010593678 A CN 201010593678A CN 102051656 B CN102051656 B CN 102051656B
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- plating bath
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Abstract
The invention discloses an electroplating device for composite plating electrodeposition, which relates to a composite electroplating device and aims to solve the problems that an anode cannot be obliquely fixed in a plating bath, and the inclination angle of a cathode is difficult to control, so that the process parameters of composite plating are unstable, and solve the problem that the bottom of the plating bath is not provided with an air inlet. The open face of a frame bracket is vertical to a plurality of adjusting holes on a pedestal; a plating bath fixing ring is fixedly sleeved on the outer side wall of the plating bath; the components of the plating bath and the plating bath fixing ring are arranged in the frame bracket; the high side of the inclined plane of the frame bracket is faced to the adjusting holes; the plating bath fixing ring is connected with the frame bracket by a rotating shaft; the output end of a breather pipe is arranged in the plating bath; a first plating bath adjusting rod, a second plating bath adjusting rod, a third plating bath adjusting rod, a fourth plating bath adjusting rod, a fifth plating bath adjusting rod, a sixth plating bath adjusting rod, a seventh plating bath adjusting rod and an eighth plating bath adjusting rod are sequentially arranged in the adjusting holes from the plating bath to the rear part of the pedestal; and the height of the adjusting rods is gradually reduced. The electroplating device for composite plating electrodeposition is used for metal surface processing.
Description
Technical field
The present invention relates to a kind of metal finishing device, relate to a kind of composite plating device specifically.
Background technology
Compound plating is in plating bath, to add non-water-soluble solia particle, makes itself and base metal common deposited form the technology of coating.A kind of method of compound plating is that the negative electrode test piece is tilted to place, and horizontal by certain angle, to increase the compounding quantity of solid particulate in coating.But existing compound plating is to utilize common coating bath, because test piece is vertical rack plating, tilts to place for making the negative electrode test piece; Need be with the coating bath integral inclination; Positive plate is not easy to fix during the coating bath integral inclination, and the bad control of angle of negative electrode inclination, causes the processing parameter of compound plating unstable.In addition, solid particulate is sedimentation easily in plating bath, therefore; Need to use promotion solid particulate homodisperse means in plating bath; Pneumatic blending is to realize solid particulate homodisperse a kind of method in plating bath, but common coating bath is to insert blast main from the coating bath top, because the blast main quality is less; Float easily, cause the weak effect of pneumatic blending solid particulate." pneumatic blending is to n-Al
2O
3/ Ni-P chemical composite plating Effect on Performance " introduced the coating bath that has the pneumatic blending device that is used for Ni-P in the literary composition; Exhaust component inserts from the coating bath top; But this device is not suitable for the compound plating electrodeposition technology; Because exhaust component can influence two electric force lines distribution between the electrode if be located between negative electrode and the anode, cause coating macroscopic irregularity; If exhaust component is located at negative electrode and anodic both sides,, then do not reach the purpose of abundant stirring plating bath not in the coating bath central position.
Summary of the invention
When the objective of the invention is for solution use inclination cathode method galvanic deposit composite deposite; Anode can not tilt to be fixed in the coating bath; The negative electrode angle of inclination is wayward; Cause the processing parameter of compound plating unstable, and the problem that does not have gas inlet bottom the coating bath, a kind of electroplanting device that is used for the compound plating galvanic deposit is provided.
The inventive system comprises coating bath, base, frame bracket, coating bath fixed ring, two rotating shafts, first adjustment side circle, first hook, the first coating bath regulating rod, second adjustment side circle, second hook, the second coating bath regulating rod, the 3rd adjustment side circle, the 3rd hook, the 3rd coating bath regulating rod, the 4th adjustment side circle, the 4th hook, the 4th coating bath regulating rod, the 5th adjustment side circle, the 5th hook, the 5th coating bath regulating rod, the 6th adjustment side circle, the 6th hook, the 6th coating bath regulating rod, the 7th adjustment side circle, the 7th hook, the 7th coating bath regulating rod, the 8th adjustment side circle, the 8th hook, the 8th coating bath regulating rod, ventpipe, first sebific duct, gasometer flask, second sebific duct, air pump and two retaining plates; Frame bracket is packed in an end of base upper surface; On the medullary ray between the other end of base, be provided with several adjustment holes successively by frame bracket on the upper surface of base, and frame bracket is along the width setting of base, the coating bath fixed trap is contained on the outer side wall of coating bath; The bottom profile of coating bath is a semisphere; The middle cross section of coating bath is a rectangle, and the upper surface of coating bath is the inclined-plane, and the assembly of coating bath and coating bath fixed ring is arranged in the frame bracket; And the height on inclined-plane is put a side towards the adjustment hole; The coating bath fixed ring is connected with frame bracket through a rotating shaft respectively with the frame bracket corresponding position, and the bottom of coating bath is provided with air inlet port, and the output terminal of ventpipe passes air inlet port and is arranged in the coating bath; The ventpipe input terminus is connected with gasometer flask through first sebific duct; Gasometer flask is connected with air pump through second sebific duct, and it is interior and near low spot one side on inclined-plane that two retaining plates are arranged on coating bath, and two retaining plates are that benchmark is symmetricly set on the inwall of coating bath both sides with the medullary ray of base length direction; The first coating bath regulating rod, the second coating bath regulating rod, the 3rd coating bath regulating rod, the 4th coating bath regulating rod, the 5th coating bath regulating rod, the 6th coating bath regulating rod, the 7th coating bath regulating rod and the 8th coating bath regulating rod are successively set in the adjustment hole by the rear portion of coating bath to base; And the height of the first coating bath regulating rod, the second coating bath regulating rod, the 3rd coating bath regulating rod, the first coating bath regulating rod, the 5th coating bath regulating rod, the 6th coating bath regulating rod, the 7th coating bath regulating rod and the 8th coating bath regulating rod reduces gradually, and first hook is fixed in the top of the first coating bath regulating rod, and first adjustment side circle is connected with first hook; Second hook is fixed in the top of the second coating bath regulating rod; Second adjustment side circle is connected with second hook, and the 3rd hook is fixed in the top of the 3rd coating bath regulating rod, and the 3rd adjustment side circle is connected with the 3rd hook; The 4th hook is fixed in the top of the 4th coating bath regulating rod; The 4th adjustment side circle is connected with the 4th hook, and the 5th hook is fixed in the top of the 5th coating bath regulating rod, and the 5th adjustment side circle is connected with the 5th hook; The 6th hook is fixed in the top of the 6th coating bath regulating rod; The 6th adjustment side circle is connected with the 6th hook, and the 7th hook is fixed in the top of the 7th coating bath regulating rod, and the 7th adjustment side circle is connected with the 7th hook; The 8th hook is fixed in the top of the 8th coating bath regulating rod, and the 8th adjustment side circle is connected with the 8th hook.
The invention has the beneficial effects as follows: one, coating bath of the present invention can be adjusted and the horizontal plane angulation as required, makes the processing parameter of compound plating stable; The present invention feeds pressurized air and stirs, and through controlling the flow velocity of air pump and gasometer flask control air, promotes the homodisperse of solid particulate in plating bath.Two, the present invention can make positive plate be stably fixed in the coating bath, with the negative plate keeping parallelism.
Description of drawings
Fig. 1 is an one-piece construction front view of the present invention; Fig. 2 is the vertical view (removing gasometer flask 11, second sebific duct 12 and air pump 13) of Fig. 1; Fig. 3 is the left view (removing gasometer flask 11, second sebific duct 12 and air pump 13) of Fig. 1; To be coating bath 1 tilt and during horizontal by 45 ° of angles the state graph of coating bath 1 to Fig. 4 to adjustment hole 2-1 direction; To be coating bath 1 tilt and during horizontal by 30 ° of angles the state graph of coating bath 1 to Fig. 5 to adjustment hole 2-1 direction.
Embodiment
Embodiment one: combine Fig. 1～Fig. 5 that this embodiment is described; This embodiment comprises that coating bath 1, base 2, frame bracket 3, coating bath fixed ring 4, two rotating shafts 5, first adjustment side circle 6-1, the first hook 7-1, the first coating bath regulating rod 8-1, second adjustment side circle 6-2, the second hook 7-2, the second coating bath regulating rod 8-2, the 3rd adjustment side circle 6-3, the 3rd hook 7-3, the 3rd coating bath regulating rod 8-3, the 4th adjustment side circle 6-4, the 4th hook 7-4, the 4th coating bath regulating rod 8-4, the 5th adjustment sides enclose 6-5, the 5th and link up with 7-5, the 5th coating bath regulating rod 8-5, the 6th adjustment side and enclose 6-6, the 6th and link up with 7-6, the 6th coating bath regulating rod 8-6, the 7th adjustment side and enclose 6-7, the 7th and link up with 7-7, the 7th coating bath regulating rod 8-7, the 8th adjustment side and enclose 6-8, the 8th and link up with 7-8, the 8th coating bath regulating rod 8-8, ventpipe 9, first sebific duct 10, gasometer flask 11, second sebific duct 12, air pump 13 and two retaining plates 14; Frame bracket 3 is packed in an end of base 2 upper surfaces; On the medullary ray between the other end of base 2, be provided with several adjustment hole 2-1 successively by frame bracket 3 on the upper surface of base 2; And frame bracket 3 is along the width setting of base 2; Coating bath fixed ring 4 is sleeved on the outer side wall of coating bath 1; The bottom profile of coating bath 1 is a semisphere; The middle cross section of coating bath 1 is a rectangle; The upper surface of coating bath 1 is inclined-plane 1-1; The bottom semisphere of coating bath 1 is the plating bath for compound plating when being stirred, and solid particulate can circulate fully, can not be deposited in the corner of coating bath; The assembly of coating bath 1 and coating bath fixed ring 4 is arranged in the frame bracket 3; And the height of inclined-plane 1-1 is put a side towards adjustment hole 2-1, and coating bath fixed ring 4 is connected with frame bracket 3 through a rotating shaft 5 respectively with frame bracket 3 corresponding positions, and the bottom of coating bath 1 is provided with air inlet port 1-2; The output terminal of ventpipe 9 passes air inlet port 1-2 and is arranged in the coating bath 1; Ventpipe 9 input terminuss are connected with gasometer flask 11 through first sebific duct 10, and gasometer flask 11 is connected with air pump 13 through second sebific duct 12, and air pump 13 provides pressurized air for composite plating bath in the coating bath 1; Promote solid particulate homodisperse in the composite plating bath, the air flow quantity that feeds in the coating bath 1 can be regulated through gasometer flask 11; Two retaining plates 14 are arranged in the coating bath 1 and near low spot one side of inclined-plane 1-1; Two retaining plates 14 are arranged in the coating bath 1 and near low spot one side of inclined-plane 1-1; Two retaining plates 14 are that benchmark is symmetricly set on the inwall of coating bath 1 both sides with the medullary ray of base 2 length directions, when positive plate 16 hangs on coating bath 1 sidewall, and when coating bath 1 tilts; The anode hook of two retaining plates 14 on coating bath 1 inwall provides support for positive plate 16, and anode is fixed on the sidewall of coating bath 1; The first coating bath regulating rod 8-1, the second coating bath regulating rod 8-2, the 3rd coating bath regulating rod 8-3, the 4th coating bath regulating rod 8-4, the 5th coating bath regulating rod 8-5, the 6th coating bath regulating rod 8-6, the 7th coating bath regulating rod 8-7 and the 8th coating bath regulating rod 8-8 are successively set among the adjustment hole 2-1 by the rear portion of coating bath 1 to base 2; And the height of the first coating bath regulating rod 8-1, the second coating bath regulating rod 8-2, the 3rd coating bath regulating rod 8-3, the first coating bath regulating rod 8-4, the 5th coating bath regulating rod 8-5, the 6th coating bath regulating rod 8-6, the 7th coating bath regulating rod 8-7 and the 8th coating bath regulating rod 8-8 reduces gradually; The first hook 7-1 is fixed in the top of the first coating bath regulating rod 8-1; First adjustment side circle 6-1 is connected with the first hook 7-1; The second hook 7-2 is fixed in the top of the second coating bath regulating rod 8-2; Second adjustment side circle 6-2 is connected with the second hook 7-2, and the 3rd hook 7-3 is fixed in the top of the 3rd coating bath regulating rod 8-3, and the 3rd adjustment side circle 6-3 is connected with the 3rd hook 7-3; The 4th hook 7-4 is fixed in the top of the 4th coating bath regulating rod 8-4; The 4th adjustment side circle 6-4 is connected with the 4th hook 7-4, and the 5th hook 7-5 is fixed in the top of the 5th coating bath regulating rod 8-5, and the 5th adjustment side circle 6-5 is connected with the 5th hook 7-5; The 6th hook 7-6 is fixed in the top of the 6th coating bath regulating rod 8-6; The 6th adjustment side circle 6-6 is connected with the 6th hook 7-6, and the 7th hook 7-7 is fixed in the top of the 7th coating bath regulating rod 8-7, and the 7th adjustment side circle 6-7 is connected with the 7th hook 7-7; The 8th hook 7-8 is fixed in the top of the 8th coating bath regulating rod 8-8, and the 8th adjustment side circle 6-8 is connected with the 8th hook 7-8.The material of coating bath 1 is glass or tetrafluoroethylene.The first coating bath regulating rod 8-1, the second coating bath regulating rod 8-2, the 3rd coating bath regulating rod 8-3, the first coating bath regulating rod 8-4, the 5th coating bath regulating rod 8-5, the 6th coating bath regulating rod 8-6, the 7th coating bath regulating rod 8-7 and the 8th coating bath regulating rod 8-8 use when being respectively applied for coating bath 1 horizontal by 90 °～30 ° angles.Frame bracket 3 is a stainless steel.Two rotating shafts 5 provide support for coating bath 1 rotation.
Embodiment two: combine Fig. 1 and Fig. 2 that this embodiment is described, this embodiment is different with embodiment one or two is that it also increases escape pipe 15 is arranged, and escape pipe 15 is provided with a plurality of production wells, and escape pipe 15 is connected with ventpipe 9 output terminals.Design makes escape pipe 15 to change like this, and can take out at any time and clean.A plurality of production wells make the plating bath of compound plating be stirred more evenly.Other composition and annexation are identical with embodiment one.
Embodiment three: combine Fig. 1 and Fig. 5 that this embodiment is described, the escape pipe 15 of this embodiment is straight tubular or Y shape.Design is to adapt to the coating bath 1 of different sizes like this.When escape pipe 15 is Y shape, the lower end of Y shape is connected with ventpipe 9.Other composition and annexation are identical with embodiment one.
The principle of work of this device: positive plate 16 is inserted between the cell wall and retaining plate 14 of coating bath 1; Hang over again on the inwall of coating bath 1; It is fixed; Negative plate 17 hang in the coating bath 1 and the inwall relative with positive plate 16 on, positive plate 16 is connected with negative electrode with the anode of power supply 18 through lead respectively with negative plate 17; In coating bath 1, add an amount of plating bath, open air pump 13, regulate gasometer flask 11 solid particulate in the plating bath is uniformly dispersed.Regulate the current density of power supply 18, power-on can begin galvanic deposit; When coating bath 1 was vertically placed, the first adjustment side circle 6-1 on the first coating bath regulating rod 8-1 contacted with coating bath 1 corresponding outer side wall; When coating bath 1 tilts to adjustment hole 2-1 direction, and during horizontal by 80 ° of angles, the first coating bath regulating rod 8-1 that dismantles, enclose 6-2 and contact with coating bath 1 corresponding outer side wall the second adjustment side on the second coating bath regulating rod 8-2; When coating bath 1 tilts to adjustment hole 2-1 direction, and during horizontal by 70 ° of angles, the second coating bath regulating rod 8-2 that dismantles, enclose 6-3 and contact with coating bath 1 corresponding outer side wall the 3rd adjustment side on the 3rd coating bath regulating rod 8-3; When coating bath 1 tilts to adjustment hole 2-1 direction, and during horizontal by 60 ° of angles, 6-3 encloses in the 3rd adjustment side of dismantling, and enclose 6-4 and contacts with coating bath 1 corresponding outer side wall the 4th adjustment side on the 4th coating bath regulating rod 8-4; When coating bath 1 tilts to adjustment hole 2-1 direction, and during horizontal by 50 ° of angles, 6-4 encloses in the 4th adjustment side of dismantling, and enclose 6-5 and contacts with coating bath 1 corresponding outer side wall the 5th adjustment side on the 5th coating bath regulating rod 8-5; When coating bath 1 tilts to adjustment hole 2-1 direction, and during horizontal by 45 ° of angles, the 5th coating bath regulating rod 8-5 that dismantles, enclose 6-6 and contact with coating bath 1 corresponding outer side wall the 6th adjustment side on the 6th coating bath regulating rod 8-6; When coating bath 1 tilts to adjustment hole 2-1 direction, and during horizontal by 40 ° of angles, the 6th coating bath regulating rod 8-6 that dismantles, enclose 6-7 and contact with coating bath 1 corresponding outer side wall the 7th adjustment side on the 7th coating bath regulating rod 8-7; When coating bath 1 tilts to adjustment hole 2-1 direction, and during horizontal by 30 ° of angles, the 7th coating bath regulating rod 8-7 that dismantles, enclose 6-8 and contact with coating bath 1 corresponding outer side wall the 8th adjustment side on the 8th coating bath regulating rod 8-8.
Claims (3)
1. electroplanting device that is used for the compound plating galvanic deposit; It is characterized in that: said device comprises coating bath (1), base (2), frame bracket (3), coating bath fixed ring (4), two rotating shafts (5), first adjustment side circle (6-1), first hook (7-1), the first coating bath regulating rod (8-1), second adjustment side circle (6-2), second hook (7-2), the second coating bath regulating rod (8-2), the 3rd adjustment side circle (6-3), the 3rd hook (7-3), the 3rd coating bath regulating rod (8-3), the 4th adjustment side circle (6-4), the 4th hook (7-4), the 4th coating bath regulating rod (8-4), the 5th adjustment side circle (6-5), the 5th hook (7-5), the 5th coating bath regulating rod (8-5), the 6th adjustment side circle (6-6), the 6th hook (7-6), the 6th coating bath regulating rod (8-6), the 7th adjustment side circle (6-7), the 7th hook (7-7), the 7th coating bath regulating rod (8-7), the 8th adjustment side circle (6-8), the 8th hook (7-8), the 8th coating bath regulating rod (8-8), ventpipe (9), first sebific duct (10), gasometer flask (11), second sebific duct (12), air pump (13) and two retaining plates (14), and frame bracket (3) is packed in an end of base (2) upper surface, on the medullary ray between the other end of base (2), is provided with several adjustment holes (2-1) successively by frame bracket (3) on the upper surface of base (2); And frame bracket (3) is along the width setting of base (2); Coating bath fixed ring (4) is sleeved on the outer side wall of coating bath (1), and the bottom profile of coating bath (1) is a semisphere, and the middle cross section of coating bath (1) is a rectangle; The upper surface of coating bath (1) is inclined-plane (1-1); The assembly of coating bath (1) and coating bath fixed ring (4) is arranged in the frame bracket (3), and the height of inclined-plane (1-1) put a side towards the adjustment hole (2-1), coating bath fixed ring (4) is connected with frame bracket (3) through a rotating shaft (5) respectively with frame bracket (3) corresponding position; The bottom of coating bath (1) is provided with air inlet port (1-2); The output terminal of ventpipe (9) passes air inlet port (1-2) and is arranged in the coating bath (1), and ventpipe (9) input terminus is connected with gasometer flask (11) through first sebific duct (10), and gasometer flask (11) is connected with air pump (13) through second sebific duct (12); Two retaining plates (14) are arranged in the coating bath (1) and near low spot one side of inclined-plane (1-1); Two retaining plates (14) are that benchmark is symmetricly set on the inwall of coating bath (1) both sides with the medullary ray of base (2) length direction, and the first coating bath regulating rod (8-1), the second coating bath regulating rod (8-2), the 3rd coating bath regulating rod (8-3), the 4th coating bath regulating rod (8-4), the 5th coating bath regulating rod (8-5), the 6th coating bath regulating rod (8-6), the 7th coating bath regulating rod (8-7) and the 8th coating bath regulating rod (8-8) are successively set in the adjustment hole (2-1) by the rear portion of coating bath (1) to base (2), and the height of the first coating bath regulating rod (8-1), the second coating bath regulating rod (8-2), the 3rd coating bath regulating rod (8-3), the first coating bath regulating rod (8-4), the 5th coating bath regulating rod (8-5), the 6th coating bath regulating rod (8-6), the 7th coating bath regulating rod (8-7) and the 8th coating bath regulating rod (8-8) reduces gradually; First hook (7-1) is fixed in the top of the first coating bath regulating rod (8-1); First adjustment side circle (6-1) is connected with first hook (7-1), and second hook (7-2) is fixed in the top of the second coating bath regulating rod (8-2), and second adjustment side circle (6-2) is connected with second hook (7-2); The 3rd hook (7-3) is fixed in the top of the 3rd coating bath regulating rod (8-3); The 3rd adjustment side circle (6-3) is connected with the 3rd hook (7-3), and the 4th hook (7-4) is fixed in the top of the 4th coating bath regulating rod (8-4), and the 4th adjustment side circle (6-4) is connected with the 4th hook (7-4); The 5th hook (7-5) is fixed in the top of the 5th coating bath regulating rod (8-5); The 5th adjustment side circle (6-5) is connected with the 5th hook (7-5), and the 6th hook (7-6) is fixed in the top of the 6th coating bath regulating rod (8-6), and the 6th adjustment side circle (6-6) is connected with the 6th hook (7-6); The 7th hook (7-7) is fixed in the top of the 7th coating bath regulating rod (8-7); The 7th adjustment side circle (6-7) is connected with the 7th hook (7-7), and the 8th hook (7-8) is fixed in the top of the 8th coating bath regulating rod (8-8), and the 8th adjustment side circle (6-8) is connected with the 8th hook (7-8).
2. according to the said electroplanting device that is used for the compound plating galvanic deposit of claim 1, it is characterized in that: said device comprises escape pipe (15), and escape pipe (15) is provided with a plurality of production wells, and escape pipe (15) is connected with ventpipe (9) output terminal.
3. according to the said electroplanting device that is used for the compound plating galvanic deposit of claim 2, it is characterized in that: said escape pipe (15) is straight tubular or Y shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105936787A CN102051656B (en) | 2010-12-17 | 2010-12-17 | Electroplating device for composite plating electrodeposition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105936787A CN102051656B (en) | 2010-12-17 | 2010-12-17 | Electroplating device for composite plating electrodeposition |
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| Publication Number | Publication Date |
|---|---|
| CN102051656A CN102051656A (en) | 2011-05-11 |
| CN102051656B true CN102051656B (en) | 2012-07-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010105936787A Expired - Fee Related CN102051656B (en) | 2010-12-17 | 2010-12-17 | Electroplating device for composite plating electrodeposition |
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| CN (1) | CN102051656B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117107180B (en) * | 2023-10-24 | 2023-12-19 | 天津君诚管道实业集团有限公司 | Galvanization process for photovoltaic bracket production |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1382833A (en) * | 2002-02-17 | 2002-12-04 | 余泽玲 | Electroplating method with rotating hanger |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004137591A (en) * | 2002-10-21 | 2004-05-13 | Nippon Paakaaraijingu Hiroshima Kojo:Kk | Surface coating method for friction material and plating equipment |
| DE102008019864B3 (en) * | 2008-04-16 | 2009-09-24 | Siemens Aktiengesellschaft | Process for the electrochemical coating of a substrate by brush plating and apparatus for carrying out this process |
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Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1382833A (en) * | 2002-02-17 | 2002-12-04 | 余泽玲 | Electroplating method with rotating hanger |
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| JP特开2004-137591A 2004.05.13 |
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