Conformal Coating

THE APPLICATION

Conformal coating describes various methods for protecting printed circuit boards. The electronic components are coated in every case. The methods can be used for automated processes with high quantities or for individual manual application.

The sealing effect insulates the circuitry. It also protects from environmental influences, corrosion and mechanical impacts.

The protective coatings are suitable for universal use with electronic components. They find application in the aviation and aerospace industry, in consumer electronics, the automotive industry and in domestic appliances. The coating process and thus also the thickness differ according to the specific application. Let our experts advise you and help you find the perfect solution for your product.

THE PROCESSES

Dispense technology (dams, areas and dots)

Dispense technology lets you make precise use of our coatings. including pinpointed protection of individual components on the printed circuit board. Precise application is also economical and saves resources.

Film coat technology (fast surface coating)

Film coat technology applies the protective coating swiftly and evenly to larger areas on the printed circuit board. At the same time, certain precise areas can also be left out. In this way, you can protect larger parts and increase your production speed.

Jet technology (precise dispensing of tiny quantities of material)

Pinpointed application of the coatings. The ideal process for absolute precision. The economical, high-precision application is ideal for treating tiniest areas. To make your products more reliable.

Spray technology (universal applications)

Widespread protection for your products. The application permits highly scalable production, together with reliable protection at the same time. The universal process is suitable for many different applications.

Our coatings ensure you remain flexible. When individual components on a printed circuit board are replaced, it is easy to apply the necessary protection retrospectively..