The Bath Electroplating - Chrome Nickel Set from Dr. Galva is the perfect tool for anyone interested in surface finishing of objects. The set contains everything you need to get started with chrome plating using bath electroplating, including optional power supply unit, 2x aluminium anode, 2x nickel anode, 3x cable and ten crocodile clips as well as chrome electrolyte and nickel electrolyte. The nickel electrolyte is part of the set, as nickel plating should always be carried out before chrome plating to prevent diffusion and improve the lustre.
Here you get a set with 2 anodes each, so that you can work sensibly with opposite anodes while the workpiece is evenly coated in the middle.
The tub is large enough for 1000-1300ml, so you can also work on larger objects without any problems. Whether you want to nickel or chrome plate jewellery, contacts or other ornamental items, you can achieve professional results with this electroplating unit.
The bath electroplating - chrome nickel set is suitable for both beginners and professionals and offers good value for money. With this set, you can easily nickel and chrome yourself tomorrow.
Overall, the set is a convincing product that gives you the opportunity to finish your own items and give them a professional look. If you are looking for other innovative products for surface finishing and coating, you will also find them in our shop.
Scope of delivery:
1x power supply unit as selected (3A / 5A / 10A or None)
2x aluminium anode 100 x 60 x 2mm
2x nickel anode 100 x 60 x 0,6mm
1x cable black 1m
2x cable red 1m
10x alligator clip
1x tub large (200 x 100 x 90mm)
2l chrome plating solution
2l nickel plating solution "Free-Nickel"
What power do I Need?
In this table you can see the power required for your Project.
| Electrolyte |
Power supply unit output |
| 3A* |
5A* |
10A* |
| Chromium |
0,6 |
1 |
2 |
| Copper acidic |
5 |
8,5 |
17 |
| Copper alkaline |
15 |
25 |
50 |
| Nickel |
10 |
17 |
34 |
| Zinc |
12 |
20 |
40 |
| Zinc-nickel |
3,3 |
5,5 |
11 |
* - Details of the maximum area to be coated in dm² at the lowest possible current density
