What is resinisation?
Resin coating is an encapsulation process mainly used in the lighting industry to protect electronic components, such as LEDs, from external factors.
This process involves embedding the electronics within a protective volume, which can be rigid or flexible, and can therefore take various forms and be transparent or opaque.
Resin coating provides protection in accordance with standards of impermeability (e.g. IP65-68), UV resistance, and corrosion resistance.
What is resin?
The resin we use for this type of processing is a two-component polyurethane resin, a type of resin widely used in this context.
It requires the mixing of two components to activate the curing process.
This resin offers:
- Effective protection: creates a coating that protects electronic components from moisture, dust and chemicals.
- Electrical insulation: reduces the risk of short circuits and damage to sensitive circuits.
- High thermal resistance: suitable for applications requiring high temperature tolerance.
The advantages of resin coating
The main advantages of resin coating include:
- Durability: increases the service life of electronic components, reducing maintenance and replacement costs.
- Mechanical resistance: improves vibration and shock resistance, particularly useful in industrial environments.
- Versatility: applicable to different types of electronic boards and devices, regardless of complexity.
Our strength: resin coating down to the smallest detail
We distinguish ourselves by our unique ability to hand resin coat surfaces of any size, without the need for a minimum square footage. Unlike those who use industrial machinery, we can also intervene with precision in residential environments, working on narrow spaces or specific details such as those of a fountain.
Our flexibility allows us to offer tailor-made solutions, guaranteeing impeccable results even where large machines cannot reach. For us, no detail is too small!
Possible applications
The applications of resin coating are manifold:
- Outdoor lighting: used to protect LED bars and light strips in environments exposed to the elements.
- Consumer electronics: used in devices such as motherboards and printed circuit boards to ensure longevity and reliability.
- Interior design: glossy resin surfaces can enhance the aesthetics of spaces by reflecting light evenly and creating bright environments.
In summary, resinisation is a crucial process in the lighting industry that not only improves the performance of LED products but also offers versatile aesthetic solutions for various environments.
“Example of lighting resin for the San Leo fountain in Treviso”
