What would Sir Isaac Newton think if he could see the advancements made in reflective technologies since his use of a tin and copper alloy for the objective mirror in his first reflecting telescope? Over 350 years later, reflector technologies are ensuring a brighter future in many applications, including UV air sterilisation systems.
Learn more about the latest developments at Alanod, or read about our thoughts and ideas on the design, development and manufacture of specialised coated metals.
The first successful attempt to create aluminium happened almost 200 years ago. At the time aluminium was considered more precious and rarer than gold, however, thanks to techniques that were developed to produce it more cost-effectively, it is now one of the most versatile metals in manufacturing.
Although by necessity of protecting staff and customers, there has been a dramatic shift in behaviour in-store, retailers have worked hard to ensure that the ever-evolving purchasing experience is still a good one. Several changes have helped to create more COVID-19 secure shopping environments. So, how can shopfitters help retailers use the latest materials science developments to make their stores even safer?
We are pleased to announce the launch of our innovative reflector technology that will make UV equipment even more efficient and long-lasting. MIRO® UV is a unique material that has a spectral light reflectivity of 90 percent and an impressive operating life of at least 1,000 hours.
Invisible to the human eye, UV light plays a critical role in a host of physical, commercial and medical applications. As well as being used to detect forged bank notes in shops and to trigger the production of Vitamin D in the body, it has long been used to sterilise surgical equipment and food products. More recently, the outbreak of the global pandemic has raised the importance of UV’s profile in the fight against COVID-19.
COVID-19 has profoundly affected the way we work, socialise and live. One way the virus easily spreads in society is through contact with a contaminated surface. This blog looks at how permanent or temporary copper covered surfaces can help to control the spread of coronaviruses and why copper is such a powerful antimicrobial.