CN204417623U - The plating apparatus of refractory metal silk - Google Patents
The plating apparatus of refractory metal silk Download PDFInfo
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- CN204417623U CN204417623U CN201420776094.7U CN201420776094U CN204417623U CN 204417623 U CN204417623 U CN 204417623U CN 201420776094 U CN201420776094 U CN 201420776094U CN 204417623 U CN204417623 U CN 204417623U
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Abstract
The utility model discloses a kind of plating apparatus of refractory metal silk, the top of plating liquid pool arranges carbon tube, the two ends of described carbon tube are provided with the via hole passed for refractory metal silk, carbon tube is provided with liquid-inlet pipe, and liquid-inlet pipe extends in plating liquid pool, and the upper end of carbon tube is provided with drain pipe, drain pipe is provided with vacuum primingpump, drain pipe stretches in plating liquid pool, and form electroplate liquid in the plating tank cycled through, described carbon tube is provided with anode terminal; The front of plating tank is provided with actinobacillus wheel, the first guide deflection sheave successively, the rear of plating tank is provided with the second guide deflection sheave, process furnace, take-up reel successively, first or second guide deflection sheave is provided with cathode terminal, and the via hole that the insulation plug center of circle of first, second guide deflection sheave and plating tank is passed for refractory metal silk is positioned on same level straight line.The utility model ensure that the refractory metal silk surface of electroplated can both cover Gold plated Layer, and expand metal wire material, particularly refractory metal silk material is in the application of the special dimensions such as energetic ray.
Description
Technical field
The utility model belongs to metal surface treating apparatus, is specifically related to a kind of plating apparatus of refractory metal silk.
Background technology
Fusing point and the intensity of refractory metal are high, add its good ray shield function, therefore have unique use value in high temperature, ultrahigh-temperature field, but refractory metal are at high temperature oxidizable, limits more extensive exploitation and the application of refractory metal.In order to improve the antioxidant property of refractory metal, expand its range of application, need the oxidation preventing it at refractory metal surfaces plating antioxidant property and the good metal of conductivity, and gold due to good ductility, oxidation-resistance and conductivity be best materials.Refractory metal silk after gold-plated greatly can improve the electrology characteristic of a material, significantly reduces noise, enhance mechanical strength.Can be used as desirable erosion resistance electronic emission material, weather instrument material, X-ray detection X electrode materials, fast duplicating and information technology material etc.
The craft of gilding of current refractory metal silk, splendid attire electroplate liquid in a rectangle plating tank, refractory metal silk is placed in plating tank, dried after placing for some time, thus it is gold-plated to realize refractory metal silk, because plating tank is rectangular, gold ion skewness in electroplate liquid, and refractory metal silk rests in plating tank, therefore this technique makes Gold plated Layer became uneven that refractory metal silk covers, surface irregularity, and the refractory metal silk after gold-plated is by naturally drying, combination between refractory metal silk and Gold plated Layer is poor, causes Gold plated Layer easily to come off; And processing diameter is the gold-plated refractory metal silk of 0.025 ~ 0.15mm, the thickness of its Gold plated Layer is only 0.3 ~ 1.2 μm, and the Gold plated Layer of refractory metal silk is thin, makes refractory metal silk oxidation-resistance poor.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of plating apparatus of refractory metal silk, and this apparatus structure is simple, and the wire surface processed is even, smooth finish good, and strong with basal body binding force, Gold plated Layer is even.
The purpose of this utility model can be achieved through the following technical solutions:
A kind of plating apparatus of refractory metal silk, comprise plating liquid pool, it is characterized in that: the top of described plating liquid pool arranges a columnar carbon tube, carbon tube be axially parallel to level, the two ends insulation plug sealing of described carbon tube, the center of circle of two insulation plugs is provided with the via hole passed for refractory metal silk, carbon tube is provided with liquid-inlet pipe, liquid-inlet pipe extends in plating liquid pool, the upper end of carbon tube is provided with drain pipe, drain pipe is provided with vacuum primingpump, drain pipe stretches in plating liquid pool, form electroplate liquid in the plating tank cycled through, described carbon tube is provided with anode terminal, one actinobacillus wheel Bracket setting is in the front of plating tank, actinobacillus wheel is installed in rotation on actinobacillus wheel support, one take-up reel Bracket setting is at the rear of plating tank, take-up reel is installed in rotation on take-up reel support, a process furnace is provided with between take-up reel support and plating tank, the first guide wheel bracket is provided with between plating tank and actinobacillus wheel support, first guide deflection sheave is rotating to be arranged on the first guide wheel bracket, the second guide wheel bracket is provided with between plating tank and process furnace, second guide deflection sheave is rotating to be arranged on the second guide wheel bracket, first or second guide deflection sheave is provided with cathode terminal, first, the via hole that the insulation plug center of circle of the second guide deflection sheave and plating tank is passed for refractory metal silk is positioned on same level straight line.
The via hole of described seal plug is interior large outer little tapered hole.
The liquid-inlet pipe of described carbon tube is provided with variable valve.
Described plating liquid pool upper end is provided with cover plate and baffle plate, the surrounding that described baffle plate is arranged on cover plate forms electroplate liquid receiving tank, described cover plate is provided with inlet opening, fluid hole and diversion trench, described inlet opening is used for drain pipe and stretches in plating liquid pool, described fluid hole is used for liquid-inlet pipe and stretches in plating liquid pool, and described carbon tube is arranged on the cover plate of plating liquid pool by bracket.
Described plating liquid pool adopts synthetic glass to make.
Described actinobacillus wheel support is provided with the tension-adjusting gear for straining refractory metal silk.
Described tension-adjusting gear comprises axle sleeve, back shaft, first fitting nut, second fitting nut, tensioning spring, first metallic gasket and the second metallic gasket, described axle sleeve is laterally fixed on actinobacillus wheel support, back shaft is arranged in axle sleeve, axle sleeve is extended at two ends, one end of back shaft is arranged with actinobacillus wheel and the first fitting nut, described first fitting nut is used for pushing against actinobacillus wheel, the other end of back shaft is arranged with the first metallic gasket successively, tensioning spring, second metallic gasket, second fitting nut, described tensioning spring one end is against on the first metallic gasket, the other end is against on the second metallic gasket.
The both sides of described actinobacillus wheel are provided with actinobacillus wheel pad.
Rubber sheet gasket is provided with between described first metallic gasket and axle sleeve.
The beneficial effects of the utility model: production technique of the present utility model is simpler, adopt carbon tube, the each direction of refractory metal silk is all equidistant with anode electrode, electroplate liquid carbon tube and plating liquid pool between circulate form plating tank ensure that the gold ion in electroplate liquid is evenly distributed, the refractory metal silk of electroplated is successively through actinobacillus wheel, first guide deflection sheave, plating tank, second guide deflection sheave, process furnace is wrapped on take-up reel, take-up reel pulls the refractory metal silk of electroplated with certain speed, now in carbon tube, electroplate liquid flow direction is contrary with the direction of motion of electroplated refractory metal silk, prevent cladding portion from piling up, ensure that the thickness of refractory metal silk Gold plated Layer is even, fine and close, obtain the gold coating of best bright finish, the thickness of coating made about 2 ~ 4 μm, refractory metal silk antioxidant property is also significantly improved, the via hole of first, second guide deflection sheave and plating tank is positioned on same level straight line, is supported, to lead and stretching, ensure that the refractory metal silk surface of electroplated can both cover Gold plated Layer by the first guide deflection sheave and the second guide deflection sheave to refractory metal silk.Simultaneously due to gold plating liquid in the mode of outwards taking out at plating tank internal recycle, cause plating tank internal negative pressure, thus effectively reduce or suppress electroplate liquid to flow out from the via hole of plating tank both sides.Therefore the present invention expands metal wire material, and particularly refractory metal silk material is in the application of the special dimensions such as energetic ray.
2, the present invention gold-plated after refractory metal silk carry out heat through process furnace, both added refractory metal silk coating surface smoothness, in turn enhance the bonding force of coating and refractory metal silk matrix, surface smoothness is better.
3, the via hole of plating tank is interior large outer little tapered hole, causes negative pressure in carbon tube more remarkable, can effectively reduce or suppress electroplate liquid to flow out from the wire hole of carbon tube both sides.
4, the baffle plate of upper end, plating solution pond forms electroplate liquid receiving tank, collects a small amount of electroplate liquid that the via hole through the plug that insulate may flow out, then flowed in plating liquid pool by diversion trench by electroplate liquid receiving tank.
5, by the tension-adjusting gear for straining refractory metal silk on actinobacillus wheel support, what refractory metal silk was drawn is more straight.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the phantom view of the utility model plating tank;
Fig. 3 is structural representation the utility model actinobacillus wheel being arranged tension-adjusting gear;
Fig. 4 is structural representation the utility model first guide deflection sheave being arranged cathode terminal;
Fig. 5 is the side-view of the utility model first guide deflection sheave and cathode terminal.
Embodiment
Below in conjunction with accompanying drawing, the present invention is further described.
See shown in Fig. 1 to Fig. 5, a kind of plating apparatus of refractory metal silk, comprise plating liquid pool 1, carbon tube 2, vacuum primingpump 3, actinobacillus wheel 6, take-up reel 8, process furnace 9, first guide deflection sheave 10, second guide deflection sheave 11, described plating liquid pool 1 upper end is provided with cover plate 1-1 and baffle plate 1-2, the surrounding that described baffle plate 1-2 is arranged on cover plate 1-1 forms electroplate liquid receiving tank, described cover plate 1-1 is provided with inlet opening, fluid hole and diversion trench 1-3, and described plating liquid pool 1 adopts synthetic glass to make in plating liquid pool 1 and is loaded with the electroplate liquid configured.
By bracket 14, columnar carbon tube 2 is installed above the cover plate 1-1 of described plating liquid pool 1, carbon tube 2 is high purity graphite pipes, the axial level of carbon tube 2, the two ends insulation plug 2-1 sealing of described carbon tube 2, insulation plug 2-1 is arranged on carbon tube 2 by thread fit, the center of circle of two insulation plug 2-1 is provided with the via hole 2-11 passed for refractory metal silk 13, refractory metal silk 13 and carbon tube 2 axis coinciding of electroplated, ensure that in electroplate liquid, wire all directions current density is identical, gold ion is evenly distributed, thus ensure that the homogeneity of Gold plated Layer.Carbon tube 2 is provided with liquid-inlet pipe 2-2, described liquid-inlet pipe 2-2 can be arranged on upper end or the lower end of carbon tube 2, the lower end that liquid-inlet pipe 2-2 is arranged on carbon tube 2 is most preferred embodiment, liquid-inlet pipe 2-2 extends in plating liquid pool 1, and described liquid-inlet pipe 2-2 stretches in plating liquid pool 1 by the fluid hole on cover plate 1-1; The upper end of carbon tube 2 is provided with drain pipe 2-3, drain pipe 2-3 is provided with vacuum primingpump 3, drain pipe 2-3 extends into plating liquid pool 1 by the inlet opening on cover plate 1-1 and electroplates more than liquid level, after vacuum primingpump 3 starts, the electroplate liquid in plating liquid pool 1 is passed through in liquid-inlet pipe 2-2 suction carbon tube 2, flow in plating liquid pool 1 through vacuum primingpump 3 and drain pipe 2-3 again, electroplate liquid is circulated between plating liquid pool 1 and carbon tube 2, forms electroplate liquid in the plating tank 4 cycled through; By vacuum primingpump 3 electroplate liquid extracted out from carbon tube 2 and cause carbon tube 2 internal negative pressure, avoid electroplate liquid and flow out from via hole 2-11.The liquid-inlet pipe 2-2 of described carbon tube 2 is provided with variable valve 2-5, controls by variable valve 2-5 the uninterrupted entering electroplate liquid in carbon tube 2; Described carbon tube 2 is provided with anode terminal 2-4.The via hole 2-11 of described two seal plug 2-1 is interior large outer little tapered hole, in carbon tube, negative pressure is more remarkable, effectively can reduce electroplate liquid to flow out from the wire hole of carbon tube both sides, a small amount of electroplate liquid that the via hole 3-1 of insulation plug flows out is collected through diversion trench 1-3.
Actinobacillus wheel support 5 is arranged on the front of plating tank 4, actinobacillus wheel 6 is installed in rotation on actinobacillus wheel support 5, for straining the tension-adjusting gear 12 of refractory metal silk on actinobacillus wheel support 5, described tension-adjusting gear 12 comprises axle sleeve 12-1, back shaft 12-2, first fitting nut 12-3, second fitting nut 12-4, tensioning spring 12-5, first metallic gasket 12-6, second metallic gasket 12-7, actinobacillus wheel pad 12-8, rubber sheet gasket 12-9 and fastening screw 12-10, described axle sleeve 12-1 is laterally fixed on actinobacillus wheel support 5, back shaft 12-2 is arranged in axle sleeve 12-1, axle sleeve 12-1 is extended at two ends, one end of back shaft 12-2 is arranged with actinobacillus wheel 6 and the first fitting nut 12-3, described first fitting nut 12-3 is used for pushing against actinobacillus wheel, the other end of back shaft 12-2 is arranged with the first metallic gasket 12-6 successively, tensioning spring 12-5, second metallic gasket 12-7, second fitting nut 12-4, second fitting nut 12-4 is fixed on 12-2 on back shaft by fastening screw 12-10, described tensioning spring 12-5 one end is against on the first metallic gasket 12-6, the other end is against on the second metallic gasket 12-7.The both sides of described actinobacillus wheel 6 are provided with actinobacillus wheel pad 12-8, are provided with rubber sheet gasket 12-9 between described first metallic gasket 12-6 and axle sleeve 12-1, and regulate actinobacillus wheel rotational resistance by tensioning spring, stretching refractory metal silk to be plated also keeps suitable tension.
Described take-up reel support 7 is arranged on the rear of plating tank 4, take-up reel 8 is installed in rotation on take-up reel support 7, ceaselessly being rotated by take-up reel 8 drives refractory metal silk 13 to move, due to gold plating liquid in the mode of outwards taking out at carbon tube internal recycle, cause carbon tube internal negative pressure, make negative pressure in carbon tube more remarkable, thus effectively reduce or suppress electroplate liquid to flow out from the via hole 2-11 of carbon tube both sides, a process furnace 9 is provided with between take-up reel support 7 and plating tank 4, both refractory metal silk 13 coating surface smoothness had been added, the first guide wheel bracket 10-1 is provided with between plating tank 4 and actinobacillus wheel support 5, first guide deflection sheave 10 is rotating to be arranged on the first guide wheel bracket 10-1, the second guide wheel bracket is provided with between plating tank 4 and process furnace 9, second guide deflection sheave 11 is rotating to be arranged on the second guide wheel bracket, first or second guide deflection sheave is provided with cathode terminal 15, the present embodiment arranges cathode terminal 15 on the first guide deflection sheave, described first guide wheel bracket 10-1 is provided with the screw mandrel 10-2 of arranged transversely by guide pin bushing and set nut, one end of described screw mandrel 10-2 is provided with outside screw, described first guide deflection sheave 10 is arranged on the thread end of screw mandrel 10-2 by bearing 10-3, falling stop cover 10-4 is arranged on the end of screw mandrel 10-2 by bolt 10-5, bearing 10-3 is pushed against by falling stop cover 10-4, prevent the first guide deflection sheave 10 pulley, cathode terminal 15 is clamped and installed in the thread end of screw mandrel 10-2 by two fitting nut 10-6, and cathode terminal 15 is connected with power cathode 10-7 between two fitting nut 10-6, the other end of cathode terminal 15 contacts with the first guide deflection sheave 10, the via hole 2-11 supplying refractory metal silk 13 to pass in the insulation plug 2-1 center of circle of first, second guide deflection sheave 10,11 and plating tank 4 is positioned on same level straight line, take-up reel 8 is connected with the rotating shaft of electrode, rotated by driven by motor take-up reel 8, drive the refractory metal silk 13 of electroplated to pass from the electroplate liquid in carbon tube with certain speed, and the refractory metal silk 13 after gold-plated is wound on take-up reel 8.Actinobacillus wheel 6 is lower than the first guide deflection sheave 10, ensure silk material and the good contact of the first guide deflection sheave 10, there is stretching effect by the silk material tension-adjusting gear 12 of actinobacillus wheel 6, first, second guide deflection sheave 10,11 and the take-up refractory metal silk to the electroplated of drawing, ensure that the refractory metal silk surface of electroplated is all coated with Gold plated Layer.
principle of work of the present utility model:
1), refractory metal silk 13 one end of the electroplated be wrapped on actinobacillus wheel 6 is drawn, successively through the first guide deflection sheave 10, plating tank 4, second guide deflection sheave 11, process furnace 9 is finally wrapped on take-up reel 8, the refractory metal silk 13 of electroplated passes (namely passing from the via hole 2-11 of carbon tube 2 both sides) from plating tank 4, the concrete steps of the method are as follows: the refractory metal silk 13 of electroplated is first through the via hole 2-11 of insulated left side plug 2-1, then through the via hole 2-11 of carbon tube 2 through side insulation right plug 2-1, finally the insulation plug 2-1 thread fit of the left and right sides is arranged on carbon tube 2, described first guide deflection sheave 10 and the second guide deflection sheave 11 support and lead to the refractory metal silk 13 of electroplated and the refractory metal silk 13 of electroplated and the via hole of carbon tube are located along the same line, stretching effect is had to the refractory metal silk 13 of the electroplated that actinobacillus wheel 6 is drawn, ensure that refractory metal silk 13 surface of electroplated is all coated with Gold plated Layer.
2), the anode terminal 2-4 on carbon tube 2 is connected with positive source, the refractory metal silk 13 of described electroplated by the cathode terminal 15 on the first guide deflection sheave 10 or the second guide deflection sheave 11 with connect power cathode and be connected, the closed circuit of refractory metal silk 13 formation of carbon tube 2 and electroplated, the electric current of closed circuit is 5-30mA, take electric current as the electric current of 10-20mA be most preferred embodiment, the size of current of closed circuit is relevant to the velocity of flow of gold ion in electroplate liquid, and this electric current ensure that the plated thickness of the refractory metal silk 13 of electroplated; Described power acquisition square wave pulsed current, dutycycle is 0.5 ~ 0.8, and frequency is 30 ~ 50HZ.
3), rotated by driven by motor take-up reel 8, the refractory metal silk 13 of electroplated is made to electroplate refractory metal silk 13 from the electroplate liquid carbon tube 2 by being formed with the speed of 5 ~ 10m/min, the speed of refractory metal silk 13 is 6m/min is most preferred embodiment, the thickness of Gold plated Layer is relevant with the travelling speed of refractory metal silk 13, and the thickness of the faster Gold plated Layer of speed is thinner; Electroplate liquid is circulated between plating liquid pool 1 and carbon tube 2 from bottom to top by vacuum primingpump 3, when take-up reel 8 pulls the refractory metal of electroplated to move right from the left side of carbon tube 2, now in carbon tube 2, electroplate liquid flow direction is contrary with the direction of motion of electroplated refractory metal silk 13, prevent cladding portion from piling up, adopt continuous gold-plating mode, ensure that the thickness of refractory metal silk 13 Gold plated Layer is even, fine and close, obtain the gold coating of best bright finish.
4) the plating refractory metal silk 13, after gold-plated from process furnace 9 by heating, Heating temperature is 50 ~ 150 DEG C, with Heating temperature be 150 DEG C for most preferred embodiment, Gold plated Layer and refractory metal silk 13 matrix are combined closely, and add refractory metal silk 13 coating surface smoothness.
Continuous gold-plating terminates to detect refractory metal silk 13 plated surface layer gold distributing homogeneity, string diameter and binding force of cladding material afterwards, cuts off the refractory metal silk 13 poor part of gold-plated effect such as end to end; Then the refractory metal silk 13 through being up to the standards is carried out vacuum packaging.
Claims (9)
1. the plating apparatus of a refractory metal silk, comprise plating liquid pool (1), it is characterized in that: the top of described plating liquid pool (1) arranges a columnar carbon tube (2), carbon tube (2) be axially parallel to level, two ends insulation plug (2-1) sealing of described carbon tube (2), the center of circle of two insulation plugs is provided with the via hole (2-11) passed for refractory metal silk, carbon tube (2) is provided with liquid-inlet pipe (2-2), liquid-inlet pipe (2-2) extends in the electroplate liquid of plating liquid pool (1), the upper end of carbon tube (2) is provided with drain pipe (2-3), drain pipe (2-3) is provided with vacuum primingpump (3), drain pipe (2-3) stretches in plating liquid pool (1), form electroplate liquid in the plating tank cycled through (4), described carbon tube (2) is provided with anode terminal (2-4), one actinobacillus wheel support (5) is arranged on the front of plating tank (4), actinobacillus wheel (6) is installed in rotation on actinobacillus wheel support (5), one take-up reel support (7) is arranged on the rear of plating tank (4), take-up reel (8) is installed in rotation on take-up reel support (7), a process furnace (9) is provided with between take-up reel support (7) and plating tank (4), the first guide wheel bracket is provided with between plating tank (4) and actinobacillus wheel support (5), first guide deflection sheave (10) is rotating to be arranged on the first guide wheel bracket, the second guide wheel bracket is provided with between plating tank (4) and process furnace (9), second guide deflection sheave (11) is rotating to be arranged on the second guide wheel bracket, first or second guide deflection sheave is provided with cathode terminal (15), first, second guide deflection sheave (10, 11) be positioned on same level straight line with the via hole (2-11) of the insulation plug (2-1) of plating tank (4).
2. the plating apparatus of refractory metal silk according to claim 1, is characterized in that: the via hole (2-11) of described seal plug (2-1) is interior large outer little tapered hole.
3. the plating apparatus of refractory metal silk according to claim 1, is characterized in that: the liquid-inlet pipe (2-2) of described carbon tube (2) is provided with variable valve (2-5).
4. the plating apparatus of refractory metal silk according to claim 1, it is characterized in that: described plating liquid pool (1) upper end is provided with cover plate (1-1) and baffle plate (1-2), the surrounding that described baffle plate (1-2) is arranged on cover plate (1-1) forms electroplate liquid receiving tank, described cover plate (1-1) is provided with inlet opening, fluid hole and diversion trench (1-3), described inlet opening is used for drain pipe (2-3) and stretches in plating liquid pool (1), described fluid hole is used for liquid-inlet pipe (2-2) and stretches in plating liquid pool (1), described carbon tube (2) is arranged on the cover plate (1-1) of plating liquid pool (1) by bracket (14).
5. the plating apparatus of the refractory metal silk according to claim 1 or 4, is characterized in that: described plating liquid pool (1) adopts synthetic glass to make.
6. the plating apparatus of refractory metal silk according to claim 1, is characterized in that: described actinobacillus wheel support (5) is provided with the tension-adjusting gear (12) for straining refractory metal silk.
7. the plating apparatus of refractory metal silk according to claim 6, it is characterized in that: described tension-adjusting gear (12) comprises axle sleeve (12-1), back shaft (12-2), first fitting nut (12-3), second fitting nut (12-4), tensioning spring (12-5), first metallic gasket (12-6) and the second metallic gasket (12-7), described axle sleeve (12-1) is laterally fixed on actinobacillus wheel support (5), back shaft (12-2) is arranged in axle sleeve (12-1), axle sleeve (12-1) is extended at two ends, one end of back shaft (12-2) is arranged with actinobacillus wheel (6) and the first fitting nut (12-3), described first fitting nut (12-3) is for pushing against actinobacillus wheel, the other end of back shaft (12-2) is arranged with the first metallic gasket (12-6) successively, tensioning spring (12-5), second metallic gasket (12-7), second fitting nut (12-4), described tensioning spring (12-5) one end is against on the first metallic gasket (12-6), the other end is against on the second metallic gasket (12-7).
8. the plating apparatus of refractory metal silk according to claim 7, is characterized in that: the both sides of described actinobacillus wheel (6) are provided with actinobacillus wheel pad (12-8).
9. the plating apparatus of refractory metal silk according to claim 7, is characterized in that: be provided with rubber sheet gasket (12-9) between described first metallic gasket (12-6) and axle sleeve (12-1).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420776094.7U CN204417623U (en) | 2014-12-11 | 2014-12-11 | The plating apparatus of refractory metal silk |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420776094.7U CN204417623U (en) | 2014-12-11 | 2014-12-11 | The plating apparatus of refractory metal silk |
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| CN204417623U true CN204417623U (en) | 2015-06-24 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107660239A (en) * | 2015-07-13 | 2018-02-02 | 贺利氏德国有限两合公司 | Manufacture method by including the line of clad made of the second metal made of the first metal |
| CN108550973A (en) * | 2018-05-28 | 2018-09-18 | 江苏华尚汽车玻璃工业有限公司 | A kind of device and production technology being used to prepare the automobile front windshield with antenna |
| CN110042446A (en) * | 2019-04-30 | 2019-07-23 | 山东大学 | A kind of electroplating diamond wire saw prepares experimental bench |
| CN113652731A (en) * | 2021-08-20 | 2021-11-16 | 四川威纳尔特种电子材料有限公司 | Conductive guide wheel device of metal wire and electroplating production line |
| CN113832532A (en) * | 2021-08-17 | 2021-12-24 | 合肥工业大学 | Efficient electrochemical polishing device and method for outer surface of tungsten tube |
| CN114703538A (en) * | 2022-03-24 | 2022-07-05 | 重庆金美新材料科技有限公司 | Copper removing device for conductive belt |
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2014
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107660239A (en) * | 2015-07-13 | 2018-02-02 | 贺利氏德国有限两合公司 | Manufacture method by including the line of clad made of the second metal made of the first metal |
| CN108550973A (en) * | 2018-05-28 | 2018-09-18 | 江苏华尚汽车玻璃工业有限公司 | A kind of device and production technology being used to prepare the automobile front windshield with antenna |
| CN110042446A (en) * | 2019-04-30 | 2019-07-23 | 山东大学 | A kind of electroplating diamond wire saw prepares experimental bench |
| CN110042446B (en) * | 2019-04-30 | 2021-04-27 | 山东大学 | Electroplated diamond wire saw preparation experiment table |
| CN113832532A (en) * | 2021-08-17 | 2021-12-24 | 合肥工业大学 | Efficient electrochemical polishing device and method for outer surface of tungsten tube |
| CN113652731A (en) * | 2021-08-20 | 2021-11-16 | 四川威纳尔特种电子材料有限公司 | Conductive guide wheel device of metal wire and electroplating production line |
| CN113652731B (en) * | 2021-08-20 | 2022-07-29 | 四川威纳尔特种电子材料有限公司 | Conductive guide wheel device of metal wire and electroplating production line |
| CN114703538A (en) * | 2022-03-24 | 2022-07-05 | 重庆金美新材料科技有限公司 | Copper removing device for conductive belt |
| CN114703538B (en) * | 2022-03-24 | 2024-05-10 | 重庆金美新材料科技有限公司 | Copper removing device for conductive belt |
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