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尊敬的太阳能电池板行业领导者, PV Nano Cell 很荣幸邀请您参加我们的介绍网络研讨会：“PVN 新的数字金属化工艺和新的纳米材料降低了光伏电池和 ¥/Watt 成本”。
时间: Wednesday, August 24, 15:00 – 16:30PM China / 10:00 – 11:30AM Israel. https://us06web.zoom.us/j/84647878621?pwd=cHJWMHpLN2NYQUxqTmlmUTAvOW5YZz09 August 8, 2022 |
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You are invited to join our Solar Summit Webinar: PV Nano Cell's New Digital Metallization Process and New Nano-materials to Reduce ¥/Watt Costs.
Wednesday, August 24, 15:00 – 16:30PM China / 10:00 – 11:30AM Israel. https://us06web.zoom.us/j/84647878621?pwd=cHJWMHpLN2NYQUxqTmlmUTAvOW5YZz09 August 8, 2022 |
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PV Nano Cell wishes you happy holidays and a happy new year filled with joy, success and health!
December 21, 2020 |
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End of Year Holiday Deal! PV Nano Cell Inks & Printers with a 5% Holiday Discount. When Ordering enter the code: FdlVLC2020.
November 25, 2020 |
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PV Nano Cell's Complete Solution: Digital Conductive Printing for Mass-Production Applications.
November 16, 2020 |
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PV Nano Cell Awarded New Patent in Brazil
November 10, 2020 |
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Dense conductive pattern inkjet-printed on FR4. Line-width: 70 µm,
Pitch: 70 µm, Thickness: down to 1 µm, fully solder-able. October 14, 2020 |
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Customers often ask why our conductive inks focus on the metal load and not the viscosity. Find the answer in the image on the left.
August 9, 2020 |
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Our DemonJet printer in action!
July 29, 2020 |
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Project HiperLAM Delivers Outstanding Results Using PV Nano Cell’s Sicrys™ Ink to Laser Print RFID antennas and fingerprint Sensors.
June 16, 2020 Many thanks to Ioanna Zergioti for cooperating & sharing her presentation. LIFT inks product page HiperLAM webpage |
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Behold the power of our conductive inkjet printing!
June 9, 2020 Dense conductive pattern inkjet-printed on FR4. Line-width: 70 µm, Pitch, 70 µm. Thickness (height from substrate): down to 1 µm. Fully solderable. Click here for more information |
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Our dedicated ink for Airbrush / Aerosol is used to print on 3D parts.
June 2, 2020 60% silver, resistivity < 10 µΩcm. Suitable to print on a variety of substrates such as: Kapton, PC, PA, PC/ABS, Glass, etc. Below: mobile phone antenna printed using Optomec – our printers' partner. Sicrys™ I60PM-116 silver ink |
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A coil with 18 turns, printed on FR4 with the I50TM-119 ink.
May 26, 2020 Our best all around conductive ink! High metal load of 50% silver, compatible with a wide range of substrates such as: Kapton®, FR4, PC,PET, ITO, Glass, etc. Resistivity < 10 µΩcm, Viscosity: 26 CP sintering at as low as 130°C. Sicrys™ I50TM-119 silver ink |
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DigiFlex, a PV Nano Cell (OTC: PVNNF) Subsidiary, Submits to the Israeli Innovation Authority a Proposal to Develop a Break-through Protective Technology against the Corona-virus (COVID-19).
March 31, 2020 Introducing Project PAC: PV Nano Cell Against Corona-virus (COVID-19). If you interested in learning more or cooperate, please email info@pvnanocell.com |
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Project HiperLAM
March 03, 2020 HIgh PERformance Laser-Additive Manufacturing demonstrates superior cost-performance in laser-based conductive additive manufacturing. 2 focus applications requiring high resolution printed conductive metallic lines are laser printed RFID Antenna and Laser Fingerprinted sensors. Check out the latest presentation showing the great results achieved using our inks: https://lnkd.in/dsFMwmF Many thanks to Ioanna Zergioti for sharing the presentation! Project HiperLAM website: https://www.hiperlam.eu/ |
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3,500 km (2,175 miles) in 10 days!
February 26, 2020 Our CEO, Fernando de la Vega and CBDO Hanan Markovich have returned from a 10 days business trip to Germany & Italy. Great meetings with promising potential. Germany, thanks for the Autobahns :) |
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Happy customers are your best marketing people!
February 2, 2020 "We work with many silver nano-particle inks but I must say that PV Nano Cell ones are among the best ones we have. We use them a lot on a daily basis, printing all sorts of electronic devices with them. The jetting performance, shelf-life, conductivity, sintering temperature, adhesion, substrate compatibility are all great. One example of our work where your inks have been used is on inkjet printed super-capacitors. We used your inks as a current collector of the devices: https://lnkd.in/dtbjBs2" Pavlos Giannakou AMIMechE PhD Researcher BEng Mechanical Engineering University of Surrey |
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