SOLAR MATERIALS GmbH products

The front glass of a solar module serves to protect the cells from environmental influences and accounts for around 70% of the total mass. Through our patented recycling process, we recover the glass in high purity to be used as container glass with the goal to reach solar glass quality later on.

Aluminum is found in solar panels primarily in the frame and accounts for about 15% of the mass. We feed the recovered aluminum to large aluminum smelters. This saves about 95% energy compared to newly recovered aluminum.

Silicon is the technical heart of a solar panel. It converts the radiant energy of sunlight into electricity through the photoelectric effect. The silicon we recover is processed into pure silicon by our partner Circular Silicon.

Silver makes up only about 0.1% of the total mass of the solar panel but is the most valuable raw material inside a solar panel. It is located on the front and back of solar cells and serves there as an electrical conductor. After recycling, the silver can be purified and used again for technical applications.

The busbars and the connecting cables of a solar panel contain 1% copper by mass. Like most metals, copper can be 100% recycled. New cables or conductors can be made from the recovered copper.

Shimadzu Europa GmbH offers an advanced range of general radiographic systems known for their high performance and reliability. Highlighting products such as RADspeed Pro EDGE, a high-functionality digital radiographic system, and RADspeed Pro DR, a cutting-edge digital radiographic solution. Their RADspeed Pro MC caters to the need for ceiling-mounted X-ray systems, providing efficient and reliable performance, while the RADspeed Pro MF is their dependable floor-mounted system. The RADspeed fit Plus is a particularly compact X-ray unit designed for ease of use and operational convenience, making it suitable for a variety of clinical settings. These systems showcase Shimadzu's dedication to integrating advanced digital technology with user-friendly design, aimed at improving diagnostic clarity and operational efficiency for radiology professionals.