Solar cells are devices that convert energy from the sun into electricity without the use of any mechanical parts. Sunlight is made up of small energy particles known as photons, which can be absorbed into semiconductor material in a solar cell. Inside the solar cell, the energy from the photos is converted into electrical energy.
Magnesium Oxide Crucibles: refractory MgO with outstanding chemical inertness and dielectric strength—built for melts, crystal growth, and ultra-high-temperature, alkali-rich processes.
Materials that can withstand scorching temperatures, resist the harsh vacuum of space, and offer remarkable electrical properties. This isn't some futuristic invention; it describes ceramics, remarkably versatile materials that have been around for millennia. Today, ceramics are playing a crucial role in space exploration, showing how ancient materials can still be on the cutting edge of technological achievement.
The building block of any organism and the blueprint for life, DNA is the molecular template containing the necessary information required to synthesize important biological molecules and beings.
In this episode of Innovation, Discussed, Mark and Aphrodite speak with Mike Adelstein to find out more about the new microfabrication services in Goodfellow's portfolio.
PCTFE Rod: ultra-rigid fluoropolymer with low gas permeability and radiation/chemical resistance—cryo-ready valves, windows, and precision insulators with better creep control than PTFE.
