All best sellers
Electrically Conductive Paint

Electrically Conductive Paint

Active filters

Conductive paint

This type of conductive paint is formulated with conductive materials allowing it to conduct electricity, and it is commonly used in various applications, such as electronics, circuitry, lighting effects, and even repairs of damaged circuit boards. It can be applied to a wide range of surfaces, including plastics, metals, wood, and paper, making it a versatile option for various projects that require electrical conductivity. Its effectiveness in conducting electricity makes it a useful tool in modern technology, particularly in creating flexible and energy-efficient electronic devices.

The acrylic version from Green Stuff World is totally safe to use, unlike many other varieties of the same type of paint, which use non-acrylic toxic mediums. A great advantage of our paint is that it can be painted over and thus be hidden between your model and the acrylic paint you can add later. It is important to make the necessary measurements before hiding the circuits. 

One of the primary uses in the modeling and diorama building industry is for creating lighting effects. By painting conductive paths onto the surface of a model or diorama, hobbyists can create circuits that power LED lights. This allows for the creation of realistic lighting effects that can enhance the overall visual appeal of the model or diorama.

It can also be used for repairing circuit boards. When electronic components fail on a circuit board, it can be difficult to repair them using traditional soldering techniques. This offers an alternative solution, as it can be used to create new electrical pathways that bypass the damaged components.

To apply this acrylic version, hobbyists should follow a few key steps. First, the surface to be painted should be clean and free of any debris or contaminants. Next, the paint should be mixed thoroughly to ensure that the conductive materials are evenly distributed. The paint should be applied using a brush or directly from the bottle.

It is important to apply it in homogenous layers. The thinner the higher will be electrical resistance. Thicker applications maintain a higher conductivity. Once it has fully dried, it can be tested for conductivity using a multimeter. If the resistance is too strong, additional layers can be applied until the desired conductivity is achieved.

In Green Stuff World you can find a wide variety of effect paints to achieve incredible finishes.

Conductive Tape

It is a type of adhesive tape that is formulated with conductive materials such as copper and its primary function is to conduct electricity, making it an ideal solution for a wide range of electronic applications, including circuitry, grounding, and shielding.

Conductive tape is commonly used in the electronics industry for applications such as attaching components to circuit boards, creating electrical connections, and providing electromagnetic shielding. Allows the creation of flat circuits in models and dioramas with large surfaces.

One of the main advantages of this tape is its flexibility and ease of use, allowing it to conform to various shapes and surfaces. It is also typically easy to cut to size and apply, making it a popular choice for DIY electronics enthusiasts and hobbyists.

Conductive tape can be an effective alternative to conductive paint in certain situations. While conductive paint is ideal for small surfaces or short distances, conductive tape offers more precision and control in larger circuits. The tape can be easily cut to size and shape, making it ideal for intricate designs and scale model projects.

Additionally, the conductive tape can be removed and repositioned more easily. This makes it an excellent choice for temporary projects or prototypes that may need to be adjusted or modified later on.

Ultimately, the choice between both of them will depend on the specific needs of the project. Both offer unique benefits and limitations, and it's important to consider factors such as surface type, conductivity requirements, and overall design goals when making a decision.