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Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
Battery polymer separator membrane - NafiSep - updated
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Battery polymer separator membrane - NafiSep - updated

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Nanofibers offer key innovations in battery separators - thinner and ligher membrane, improved safety. New improved nanofiber separator NAFISEP will lead to advanced high capacity batteries and offer …

Nanofibers offer key innovations in battery separators - thinner and ligher membrane, improved safety. New improved nanofiber separator NAFISEP will lead to advanced high capacity batteries and offer significant benefits to electric vehicles (EV), thanks to nanofiber benefits including, for example, high efficiency and lightweight characteristics.

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    • 1. NAFISep Fast and Efficient Energy
    • 2. Introduction Membrain Separator plays a key role in LIB. It keeps the positive and negative electrodes apart to prevent electrical short circuits, and allows rapid transport of ionic charge carriers. Companies are in the technology-race to produce “ideal” microporous separator that gives optimal performance under all operating conditions.
    • 3. Introduction 10bn by 2015 Nanofibers have Greater Opportunities in Li Ion Batteries (LIBs):  due to rapid growth of Consumer electronics  increasing interests for Electric Vehicles - The global automotive Li-Ion battery market is forecast to grow from USD 1.5 bn to USD ~10 bn by 2015
    • 4. Scientific & Technological Concept Nanospider technology With NanospiderTM technology and “our know-how in development & optimization” in industrial-scale equipment achieved NAFISEPTM a promising microporous (< 0.5 µm) nanofibers based separator for LIB. We also have the capability to produce NAFISEPTM in various sizes in a cost effective manner.
    • 5. Key Innovations of the Application Our NAFISEPTM possesses:  Thin and light weight  Zero shrinkage at higher temperature  Improved safety due to membrane stability  Efficient Ion transfer due to better wettability
    • 6. Overall Impact of the Application Significant benefits to EVs  New improved nanofiber separator NAFISEPTM will lead to advanced high capacity batteries and offer significant benefits to electric vehicles (EV), thanks to nanofiber benefits including, for example, high efficiency and lightweight characteristics.  Simplified manufacturing process to reduce the production cost of NAFISEPTM that will facilitate partnership with leading battery manufacturers to create the next generation of batteries with increased reliability and performance and dominate the market.
    • 7. Target Market Size & Customer Opportunity Greatmarket opportunity LIBs are predicted to dominate all other technologies in the portable battery application market over the next 5-10 years China: Chinese LIBs market to nearly double to $9.2 billion in 2016. Over 130 million Electric bikes are on Chinese roads (but only about 4-5% are currently Li- powered.
    • 8. Target Market Size & Customer Opportunity
    • 9. NANOSPIDER EQUIPMENT VARIABLES Materials PES PVDF PTFE PAN PA-6 Variables Polymers Solvents Viscosity High Voltage Temperature Humidity Additives MEMBRANES • With tuneable poresizes between 0,1 µm up to 5 µm • Different surface area between 10 to 100 m2/g • High porosity up to 90% • Tuneable average fiber diameters between 50 to 800 nm NF membranes for electric vehicles NF membranes for electronic devices Go to Market Strategy
    • 10. Do you want to find out more? go to www.nafigate.com © 2013 Nafigate Click on icons to go to our profiles Click on www to go to our portal

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