The Mysteries of Cryogenic Component Installation Revealed
There are several twists and turns in the road to getting installation of components for vacuum jacketed applications “right.”
There are several twists and turns in the road to getting installation of components for vacuum jacketed applications “right.”
The Specialty Gases segment is one of the few markets that has been resilient in this recession and represents an excellent growth path for the independent gas distributor. Critical to success in this marketplace is a professional and knowledgeable specialty gas...
Vacuum insulated products, cryogenic systems, biological storage systems, and related software and monitoring devices are invaluable to biotechnology research applications such as gene therapy, oncology, immunology, and stem cell research; they are therefore playing an increasingly large role in healthcare markets.
THE LIFE SCIENCES MARKET For a gas supplier that has customarily serviced industrial accounts such as welding shops, providing gases and related equipment to the Life Sciences may require a whole new business plan.
Manufacturing and selling highpurity specialty gases requires complex resources and represents a significant investment for industrial gas distributors.
Made possible by ever-changing and emerging technologies, our industry is constantly looking for ways to create innovative products based on new materials and fresh ways of thinking.
As the economy slows down so does the demand for rare gases. During the last 12 months demand for xenon (Xe) declined almost 40 percent and demand for krypton (Kr) fell by about 30 percent.
A range of new uses for the noble gas xenon has boosted its profile along with its demand at a time when supplies have been crimped thanks to the ongoing economic recession. With that in mind, users are paying more...
Laboratory gases will always play a significant role in the everyday life of anyone working in any lab. A gas chromatograph (GC) or a mass spectrometer (MS) is just a sizable paperweight without gases.
In 1883, Rudolf Ehrenfried Buse began producing mineral water and carbon dioxide from a spring in Gerolstein (Germany, Eifel), laying the foundation for the modern day company bearing his name, BUSE.