VINATech products

VINATech engineers have continually taken effort to develop and improve the EDLC technology. VINATech Supercapacitors are produced from the VINATech’s originally developed Smart Factory based production equipment and VINATech supercapacitor’s surpassing the international standard. VINATech products and technology applies to the automotive vehicles for the next generation, communication equipment, IoT, and the industrial equipment of the worldwide customers, and VINATech engineers will help them to experience the better technology. Hy-Cap NEO supercapacitors is ready to combat effects of extreme environments and will cover the range of 1 Farad to 100F in Radial options.

Hy-Cap NEO EDLC Modules to eliminate effects of extreme environments are proven in 3rd party field tests
VINATech aim for customer atisfaction by securing world-class technology.

VINATech have developed and produced in-house Catalyst Support and Membrane Electrode Assembly having an excellent corrosion resisting characteristics. VINATech has improved the fuel cell’s life cycle by using crystalline carbon as a catalyst support.

VINATech’s fuel cell catalysts are made of platinum, forming 2.5 to 3.0nm particles that are characterized by broad reaction areas and excellent corrosion resistance, which is suitable for applications that improve fuel cell’s performance and life cycle. VINATech’s fuel cell catalyst products proved to be highly resistant to corrosion in a holding test satisfying carbon corrosion conditions. VINATech’s fuel cell catalyst also demonstrated a low decrement of reaction area.

Hybrid Capacitors now offer Higher voltage and lower Self discharge characteristics. VINATech has launched a new family of 3.8 volt cost effective, Hybrid Super Capacitors, with ultra- low Leakage Current.

EDLC (Electric Double Layer Capacitor). High Power Density. Over 500,000 cycle life (semi-permanent). Higher energy density compared with 2.7V caps. RoHS compliant. Long-term reliability improved at high temperature and humidity.

High Power Density. Over 500,000 cycle life (semi-permanent). Higher energy density compared with 2.7V caps. RoHS compliant. Long-term reliability improved at high temperature and humidity.

High Power Density. Over 500,000 cycle life (semi-permanent). Higher energy density compared with 2.7V caps. RoHS compliant. Long-term reliability improved at high temperature and humidity.

High Power Density. Over 500,000 cycle life (semi-permanent). Higher energy density compared with 2.7V caps. RoHS compliant. Long-term reliability improved at high temperature and humidity.

High Power Density. Over 500,000 cycle life (semi-permanent). Higher energy density compared with 2.7V caps. RoHS compliant. Long-term reliability improved at high temperature and humidity.