Graphene & Silver Nano materials, Inks & Pastes

Carbyne Energy Technologies Materials offer a range of nano and micron flake conductive silver pastes and inks that have been developed for a broad range of applications including; sensors, touch screens, antenna, RFID, printed heaters and photovoltaic cells such as CIGS, perovskite and silicon heterojunction solar cells. Our conductive silver inks and pastes can be sintered at low temperature and are suitable for substrates such as PET and PC.

Our silver pastes are designed for flat-bed/rotary screen printing, syringe, ink-jet and high viscosity drop on demand. All materials exhibit excellent adhesion to a wide variety of substrates including TCO-coated glass, plastic films and Dycotec Materials’ own insulator products.

For high resolution printing our nanosilver based paste (3100S) offer excellent electrical conductivity at low sintering temperatures. High coverage ensures this material offers a cost effective option.

To obtain fine line printed structures (<50 µm), our nanosilver paste 3102S offers high resolution printing. This paste is for use on TCO-coated and glass substrates and is ideal for display applications.For thin film PV solar cell production such as CIGS, the nanosilver paste, 3108S offers exceptional levels of electrical conductivity combined with fine line print capability and low contact resistance.

We test our silver pastes to exacting standards ensuring rugged performance. Water, solvent and acid chemically resistant formulations are available. We provide our materials to a global customer base, offering a flexible delivery service from low volume samples to high volume to meet our customer’s production needs. We can rapidly tailor formulations for specific customer requirements.

Benefits of our Silver Conductive systems include:

Range of deposition processes available

  • Excellent electrical conductivity
  • Low temperature sintering
  • Fine line printing systems available (<50 µm)
  • Excellent shelf life stability, typically > 6 months
  • Long screen residence times
  • Suitable for use with most plastics, transparent conductive oxides, polyimides and paper
  • Excellent durability
  • Tailored paste systems are available