Printed Electronics
A new electronic process that changes completely the rules of design, material choice, function integration and usage flexibility.
The world is moving towards a Touch Screen generation, mixing function integration and design freedom and so so that electronic is joining this tendency too with Printed Electronics.
Flexible substrates and inks, that through additive process can reproduce complex electrical layouts and thin tracks, can also include electronic components in 3d complex shapes.
Flexible Heating
Light weight, design freedom and cost reduction are the drivers of market direction. Due to that Silga has been involved from important customers out of standard co-development projects.
Insulated Metal Substrates
The IMS (Insulated Metal Substrate) technology allows the assembly of power components directly on a printed circuit board highly conductive by thermal point of view. The result is a compact and reliable solution that, thanks also to the lower cost compared to systems with traditional heat sinks , is finding always more applications in
Rigid PCB
To respond effectively to technological expectations of their customers and meet the different needs of the market, SILGA is able to offer a wide and complete range of products, which extends from printed circuit boards with standard features to those of high complexity.
Flex PCB
To respond effectively to technological expectations of their customers and meet the different needs of the market, Silga is able to offer a wide and complete range of products, which extends from printed circuit boards with standard features to those of high complexity.
Gigaflex
Silga designs and produces new performing circuit applications for the automotive sector in e-mobility, such as Gigaflex, Flexible Printed Circuits for batteries, smart solutions for sensorized connections of battery cells as well as module connection systems to the BMS.
Flex PCB Dual Access Copper
The connection with dual access copper is an innovative technique for the realization of FPC (flexible printed circuit boards) single-sided, which, however, also need connection in the other side. Thanks to the exposed double copper technique developed by Silga, it is possible to directly connect the single-sided FPC tracks.