Conductive copper lacquer

Galvanic Nickel Electrolyte from Betzmann Galvanik for self-nickel plating Nickel Plating Solution   Our absolutely high-quality galvanic nickel electrolyte has been specially developed for self-nickel plating and may be sold to private individuals without an end-use declaration.   Depending on the material of the workpiece as well as the detailed procedure of nickel plating you will achieve the following results: reliable corrosion protection by a layer combination such as copper-nickel chemically resistant protective layer against diluted acids, alkalis as well as air and water diffusion protection for subsequent electroplating (e.g. diffusion from a base copper layer into the covering gold layer) decorative protective coating with a high-gloss surface, which also serves as wear protection. As an electroplating nickel electrolyte, our product is suitable for bath electroplating as well as for pin electroplating and pad electroplating. During nickel plating, the magnetic properties of the workpiece are retained and it exhibits a high-gloss silver-like color with a subtle yellow tint. Just as convincing as the final result is the high deposition rate exhibited by the nickel electrolyte. Electroplated nickel - decorative or protective coating   If a simply formed workpiece or component is to be provided with a protective layer, we recommend the combination of copper and nickel. In this way, you immediately achieve reliable corrosion protection, which you would otherwise only achieve with pure nickel plating with a layer thickness of 25 to 50 µm. Only at these thicknesses does the coating have the required freedom from pores, since nickel electrolytes always deposit with fine pores. However, electroplated nickel not only protects against corrosion. The coating, which is uncomplicated to apply, is highly resistant to dilute acids and alkalis and serves as wear protection. If several electroplating steps with layers of different metals are planned, an electroplated nickel electrolyte can be used as a barrier layer. In this way, you prevent diffusion or color mixing of different layers. In all processes, it is irrelevant whether you use our nickel electrolyte for bath electroplating or for pin electroplating and pad electroplating. For decorative plating, the combination of bright nickel and chrome is ideal for reliably achieving flat surfaces, although pure bright nickel plating may be sufficient depending on the application.   Application instructions for Betzmann Galvanik's Free Nickel Nickel Electrolyte (bright nickel) Our high-performance Free Nickel Nickel Electrolyte is preferably processed at room temperature (range from 15 to 60 °C). It is suitable for all common metals, semi-precious and precious metals with the exception of aluminum, chrome (dechrome beforehand) and titanium.   If you plan to nickel plate stainless steel yourself, please be sure to use a nickel strike for pretreatment or gold plate in advance with Goldflash. to increase adhesion.   Before galvanic nickel plating, clean the workpiece particularly thoroughly. Remove rust completely and degrease the component, e.g. with isopropanol. Be sure to work with clean disposable gloves to avoid transferring skin grease to the workpiece.   The nickel electrode from Betzmann Galvanik is particularly recommended - this results in a very high range, as the nickel is permanently enriched.   Please pay attention to the following recommendations, depending on the electroplating method used. Parameters: Bath electroplating: 2-5V (approx. 3V recommended at 10cm distance) Pin electroplating: 6-12V (approx. 8-9V recommended) Current density: 0.3-1.2A/dm² (up to 3A/dm² with bath movement) Working temperature: 15-60°C pH value: approx. 4 (can be corrected e.g. with 10% sulphuric acid) Deposition speed: approx. 0.3µm/min at 1A/dm² and 20°C   Identification of the mixture: Signal word: Caution Free nickel (contains nickel sulfate, nickel dichloride, nickel bis(sulfamidate), nickel di(acetate), diammonium nickel bis(sulfate)) GHS07 H317 May cause an allergic skin reaction. H412 Harmful to aquatic life with long lasting effects. P102 Keep out of the reach of children. P103 Read all instructions carefully and follow them. P261 Avoid breathing dust/vapor/aerosol. P280 Wear protective gloves and eye/face protection. P302+P352 IF ON SKIN: Wash with plenty of water. P333+P313 If skin irritation or rash occurs: Get medical advice/attention. P501 Do not dispose of contents/container with household waste and dispose of in accordance with regional/national regulations.        

Kupferstabanode - Kupfer Elektrode 6 mm zum selber verkupfern von Betzmann Galvanik Diese Elektrode wurde entwickelt, um bei der Beschichtung mit unseren Kupferlösungen verwendet zuwerden. Die Kupferionen tauschen sich so schneller aus und Sie erzielen ein schnelles und besseresErgebnis in der Beschichtung. Reines Kupfer 99,9 %      Copper Electrode: To plate copper alkali or acid please use this copper electrode.   Features Benefits Made from pure copper, it dissolves in the plating solution The copper in the electrode replaces the copper from the plating solution, so you can save between 40% and 50% on the cost of solution. It can also save you time as once you’ve dipped your swab in the plating solution, you don’t have to keep dipping it back – the copper from the electrode gets plated instead. If you intend to rely on this, we recommend you mix our Thickener with the Copper Plating Solution to make sure the swab doesn’t dry out and electrical contact is maintained.      

Kupfer Krokoklemme Minus:Immer nur im Einsatz als Minus zu verwenden! Damit kann an verdeckter Stelle angehalten oder dasMinus an verdeckter Stelle an geklippt werden. Rostfrei und langlebig. Die sehr weiche Klemme verhindert Kratzer beim Kontaktieren.     Rust proof and long life Zinc free, these clips represent no possibility of contamination – plus they last up to 200 times longer than plated clips.    

Conductivity Tester:   With this simple tester you can immediately determine whether the surface is conductive, whether there is a fine layer of paint or whether the chrome plating is only vapour-deposited non-conductive chrome. Delivery without batteries! Attention: Design - manufacturer, model and colour vary!

Copper anode sheet - Copper plate electrode from Betzmann Galvanik Plate anode made of pure copper for bath electroplating   Sacrificial anode for copper electroplating Copper anode plate for acidic copper electrolytes, copper Cu min. 99.9 % (Cu-DHP, CW024A, 2.0090, SF-Cu) Electroplated copper is used to improve conductivity due to its very good electrical properties, also as an intermediate layer before nickel-plating and chrome-plating of steel surfaces to improve corrosion resistance, for pre-copper-plating zinc die-casting   Sheet thickness 0.7 mm available in sizes S (25 x 150 mm), M (50 x 80 mm), L (100 x 150 mm) and XL (170 x 200 mm) Individual cuts and sheet thicknesses of 1.0 and 2.0 mm also available on request (min. 1 m²)   Material: copper Size: L - 100 x 150 mm, M - 50 x 80 mm, S - 25 x 150 mm, XL - 170 x 200 mm Degree of purity: 99.9

Bright copper electrolyte  - copper electrolyte acidic   Acid copper electrolyte for bright coatings. Our Betzmann Galvanik bright copper electrolyte convinces by a high deposition rate and a bright copper layer. Subsequent polishing of the polishable copper layer is not necessary. Further characteristics of electroplated copper from our product range are the good levelling properties as well as an excellent scattering. This also applies to the ductility of the product, making the copper electrolyte primarily suitable for thin coatings and multilayer processes. The bright copper electrolyte has been developed for all electroplating processes from bath plating to pen plating / pad plating. The acidic copper always delivers high quality results regardless of the electroplating process used. Areas of application of electroplated copper Electroplated copper plating is often the basis of corrosion protection systems. Here, the copper layer deposited from the copper electrolyte combined with a nickel or chromium coating forms the basic layer of a durable multilayer protection. In combination with brass, copper serves as a functional intermediate layer. Electroplated copper increases the corrosion resistance of surfaces. galvanic copper plating improves thermal and electrical conductivity. Copper-plated surfaces serve aesthetic purposes and are used as design elements in interior design, but also in exterior applications. Layer build-up in the context of silver plating and gilding of objects. The very good levelling properties of copper electrolyte reduce the polishing costs of metals. Furthermore, it has a very good polishability. Gold and silver plating benefit from the layer structure. In this case, bright copper forms the lowest layer, to which a nickel layer is applied before the final gilding or silvering. The nickel layer serves as a diffusion barrier layer, otherwise the copper would diffuse into the gold and turn reddish. Copper electrolyte for which materials Alkaline copper electrolyte and copper acid are suitable for a variety of different materials. However, please differentiate precisely between acid-sensitive and acid-resistant materials. Acid-resistant materials such as nickel, copper, brass or bronze can be electroplated with copper acidic in the first step. Acid-sensitive materials such as zinc or iron require pretreatment with alkaline copper electrolyte. Only then is galvanic copper plating with bright copper electrolyte in the form of copper acidic possible. Surfaces of aluminum, chrome, zinc, tin or titanium are unsuitable for direct acid copper plating. How to achieve optimum results You use the high-quality bright copper for bath plating and pen plating / pad plating. It provides optimum results in every process, provided that the following parameters are taken into account:   - Bath electroplating: 0.5-2.5V (approx. 1-1.5V recommended at a distance of 10cm) -- Brush Electro Plating: 1.2-4.5V (approx. 3V recommended)***- Current density: 0.6-5A/dm² (up to 7A/dm² with bath movement)  - Working temperature: 15-50°C Use graphite or copper anodes as anodes.   Correct application for high-quality results Prior to electroplating, whether bath or pen plating, clean the workpiece with utmost care, e.g. by thoroughly degreasing it with alcohol. Use disposable gloves to avoid transferring skin grease to the surfaces. Contamination caused by rust must be completely removed. In case of pen plating, make sure that the tampon is always in motion. You can either heat the bright copper to the recommended temperatures or use the electrolytic copper at room temperature. Copper plating should only be carried out in well-ventilated rooms and the vapours and aerosols produced should not be inhaled.   Marking of the mixture: Bright copper electrolyte (contains copper sulfate, sulfuric acid)

Conductive silver lacquer spray 150 ml from Betzmann Galvanik    Product information about Betzmann electroplating silver conductive lacquer spray (150 ml)   Item description: Betzmann Galvanik conductive silver lacquer spray (150 ml) - the product properties at a glance:   highly conductive easy to spray on 16 grams of silver and minimal copper content, hence the red tinge suitable for bath and pen plating With conductive silver lacquer from Betzmann Galvanik you can make non-conductive surfaces such as plastic, wood and many more conductive and then simply electroplate them, for example. After application, the conductive lacquer can be electroplated with either pen plating or bath plating. In order to achieve glossy results, the object treated with the conductive lacquer should be coated with the acid copper electrolyte or our new PP copper - you can then polish to a shine and then further silver or gold plating.   Please read our operating instructions carefully before using the conductive lacquer spray.   Scope of delivery: 150 ml silver conductive lacquer spray   SILVER CONDUCTIVE PAINT SPRAY Fields of application:   Conductive treatment of plastics, glass, ceramics and many other materials. Also very well suited as a decorative lacquer for flowers - also preserves fresh flowers without drying them first.       General use:   Apply a thin layer of conductive lacquer to the pre-cleaned, grease-free surface. Plastic parts can be coated better if they are sprayed with plastic primer beforehand. Spray the conductive lacquer in several layers in cross-coats. Allow the conductive lacquer to dry thoroughly before each spraying cycle (5 - 15 minutes). In order to remove last solvent residues it is recommended to blow-dry the conductive lacquer thoroughly with a hair dryer before electroplating. The conductive lacquer should be shaken thoroughly before spraying to prevent clumping.       Pen plating:   Small areas can be plated with pen plating directly after drying. However, care should be taken to apply only weak pressure to the lacquer to avoid scratches. The object with the minus pole should only be contacted but not clamped. Here, our copper plates are suitable.   The first layer that is applied must be bright copper or PP copper, as this electrolyte quickly separates and strengthens the conductive lacquer layer. Afterwards, further coatings can be applied with other electrolytes. Since the conductive lacquer can easily be damaged, pen plating on conductive lacquer is only recommended to a limited extent. It is much better to coat the object with bright copper electrolyte beforehand.       Bath electroplating:   The best results can be achieved with conductive lacquer if it is copper-plated after spraying. The coating should be thick enough to obtain a polish-resistant layer (copper plating in bath for about 30 - 45 minutes). Before applying further coatings, the copper can then be carefully polished to a shine. It is important to spray especially edges and transitions carefully, as the conductive lacquer is most sensitive at these points and tends to run off.   Safety Instructions:   The conductive lacquer is inflammable and dangerous to the environment. Therefore keep the conductive lacquer away from ignition sources and sparking. Avoid electrostatic charging. Do not allow the conductive lacquer to get into the waste water and dispose of dried residues in hazardous waste.     

Copper plates:    This accessory is another Real Gold innovation.  It prevents scratches or burn marks caused by the crocodile clip and increases the conductivity on the surface.