Ram Nanotech

Ram Nanotech

Nanotechnology, West Chester PA Us, West Chester, Pennsylvania, 19383, United States, 1-10 Employees

ramnanotech.com

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Who is RAM NANOTECH

Ram Nanotech (RNT) leverages the unique properties of silicon to overcome the limitations of technologies in various industries such as life sciences, energy storage, and environmental re...

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  • West Chester PA 19383 Us, West Chester, Pennsylvania, 19383, United States Headquarters: West Chester PA 19383 Us, West Chester, Pennsylvania, 19383, United States
  • 1999 Date Founded: 1999
  • 1-10 Employees: 1-10
  • dollar-icon Revenue: Under $1 Million
  • tech-icon Active Tech Stack: See technologies

industries-icon Industry: Nanotechnology

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Frequently Asked Questions Regarding Ram Nanotech

Answer: Ram Nanotech's headquarters are located at West Chester PA Us, West Chester, Pennsylvania, 19383, United States

Answer: Ram Nanotech's official website is https://ramnanotech.com

Answer: Ram Nanotech's revenue is Under $1 Million

Answer: Ram Nanotech has 1-10 employees

Answer: Ram Nanotech is in Nanotechnology

Answer: Ram Nanotech contact info: Phone number: Website: https://ramnanotech.com

Answer: Ram Nanotech (RNT) leverages the unique properties of silicon to overcome the limitations of technologies in various industries such as life sciences, energy storage, and environmental remediation. We offer a variety of porous silicon products and we work with you to select the appropriate performance metrics based on the final products requirements. Etching can be performed either to leave a solid core or such that the particles are completely porosified. Powder particles can have a mean size between 1 and 75 m and still be etched completely through the core. Larger particles can also be etched but will generally have a solid core. The mean pore size can be varied over the range of roughly 3 nm to 20 nm. Hierarchical pore size distributions can also be produced, for example, combinations of 35 nm pores with larger mesopores in the 1020 nm range or with macropores larger than 50 nm. Porosity can be varied up to approximately 50% and specific surface areas of 50450 cm3/g are available.

Answer:

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