Electronics

Mersen’s technologies support the development of LEDs and semiconductors and provide the power electronics needed to distribute electricity.

Power electronics

Converting electrical power

The basic function of power electronics is to convert electrical power as efficiently as possible. Mersen supports power electronics specialists with the development of components and solutions.

LEDs and semiconductors

Polysilicon

Most of today’s electronic devices are built on silicon substrates. The manufacturing process is highly corrosive and carried out at high temperatures.

Semiconductor

Mersen is active across the semiconductor manufacturing process and helps to make the industry more efficient.

Optical fibers

Draw furnaces equipment

Mersen equips optical fiber draw furnaces in keeping with purity, cleanliness and oxidation resistance requirements.

Power Electronics

Mersen supports power electronics specialists in the development of components and solutions:

Power assemblies: cooling devices, laminated bus bars
Inverters: semiconductor protection fuses

Polysilicon

Most of today’s electronic devices are built on silicon substrates.

The manufacturing process is highly corrosive and carried out at high temperatures.

Mersen provides:

HCL sintaclor
Graphite

Semiconductors

Mersen is active across the semiconductor manufacturing process and helps to make the industry more efficient:

Production of monocrystals: Iso graphite and rigid felt systems
Active layer deposition: Iso graphite, machined-sintered SiC with coating systems

SiC semiconductors

Less energy intensive, and with less energy loss but greater efficiency, Silicon Carbide (SiC) offers a whole range of advantages over silicon (Si) for tomorrow’s applications.

Mersen’s superior graphite and insulating felts make it a key player in this new technology: better crystal quality means fewer defects.

Compound semiconductors

The heart of any semiconductor manufacturing business is the fabrication process. The semicon manufacturing process is most likely one of the most demanding application where Mersen expertise is key to succeed.

The process usually operates at very high temperatures and in an extremely corrosive environment.
At the same time, high purity, and absolute machining precision are required.