Surrey NanoSystems and SBIR agree Vantablack exclusivity
Exclusive rights to the use of ultra-black Vantablack S-VIS surface coating in blackbody calibration sources has been agreed between Surrey NanoSystems and Santa Barbara Infrared (SBIR). The unparalleled broadband absorption of Vantablack S-VIS makes it ideally suited to… Read More
Surrey NanoSystems – Follow on investment
Parkwalk are pleased to announce a follow on investment into Surrey NanoSystems by the Parkwalk Opportunities EIS Fund and a Parkwalk Syndicate. Spun-out of the University of Surrey in 2006, Surrey NanoSystems has raised around £8m in equity… Read More
Surrey NanoSystems – NYT: Into the Void
New York Times article: Gazing Into the Void – What You Can Do With Vantablack, the Darkest Material Ever Made Read the article here.
Surrey NanoSystems – BBC – Vantablack
How black can black be? See the BBC video here
Surrey Nano: UK engineers create world’s darkest material
None more black: UK engineers create world’s darkest material A radiation-absorbing material developed for space-based applications is finding new applications closer to home. Vantablack, a so-called ‘super black’ coating from Surrey Nanosystems, combines exceptionally low mass, thermal stability… Read More
Surrey NanoSystems
‘Super black’ coating to revolutionise aerospace industry? UK firm Surrey NanoSystems has utilised its know-how in nanotechnology processing to deposit the world’s blackest material on lightweight, temperature-sensitive substrates.
Surrey NanoSystems
Nanoblack in Space Scientists researching the ‘darkest material known to man’ are hoping a new manufacturing process will enable them to create more accurate space instruments. The British companies developing the production method say it could make NanoBlack… Read More
Surrey NanoSystems
Parkwalk closes Surrey Nano Systems investment for the UK Tech Fund II Surrey NanoSystems has developed a leading technology portfolio addressing the needs of the global nanoelectronics sector. Its proven technologies deliver precise, ordered nanomaterial structures for advanced… Read More
