EN 
ES NEW - Shop Silver Nano Conductive Inks
Silver Nano Conductive Inks are now available for purchase! We ship world wide with a 100% warranty.
See select items below and shop to buy any of our cutting edge, cost effective and high quality silver nanostructures.
Ability to Create Versatile Products
Conductive inks can be applied to a diverse number of substrates, allowing for the manufacturing of different products & applications.
Can Use Varying Silver Structures
Conductive inks can be used with different silver nanostructures (rings, wires, or particles) to assure optimal function for different products & jobs.
We Use Water As Our Solvent
Water is an environmentally friendly solvent permitting us to have low curing temperature & time, good adhesion, & high time stability.
Our Inks Use 10 Times Less Silver
Our conductive inks use more than 10x reduction of silver amount & provide the same electrical properties making them low cost, & easily printable.
Conductive Coating Solutions to Fabricate Transparent Conductive Films
Nano Cintech produces water-based inks and water-based overcoats which are elemental in fabricating transparent conductive films (tcf). Below you will find their technical properties used to create clear and super clear transparent films.
Our Conductive Film Technical Properties
Below you will find the technical properties of water based Ink and water based overcoat needed to fabricate transparent conductive Films.
| Item | Conductive Ink | Overcoat Ink |
|---|---|---|
| AgNWs- Diameter | 20-100 nm | 0 |
| Appearance | Green/Grey | Transparent |
| Coating | Water Based | Water Based |
| Water Content % | >98% | >98% |
| Viscosity | 2-10 cPs | 2-10 cPs |
| Solid Content % | <0.05% | <2% |
| Coat Wet Thickness | 10-50 um | 10-50 um |
| Storage | 5-25 Degrees Celsius | 5-25 Degrees Celsius |
| Coating Method | Slot-die, spray, spin coating | Slot-die, spray, spin coating |
| Curing/Drying | 80 Degrees Celsius – <60s | 80 Degrees Celsius – <60s |
| Sheet Resistance | 80 – 100 | N/A |
Note: Nano Cintech has capacity to adjust separate product parameters as per customer demand
Conductive Ink Solutions For Printing
Nano Cintech produces solvent and water-based conductive silver inks for printing. Below you will find the technical properties used for these inks.
High Conductivity Water Based - Silver Conductive Ink Technical Properties
Below you will find the technical properties of Water Based Conductive Ink: (Conductivity-σ (S/m) at 20 Degrees Celsius >10^5) for printing with high conductivity. In addition, selecting water as an environmentally friendly solvent permits us to have low curing temperature and time for our new conductive inks. The viscosity is adjustable and it can be used as conductive ink to print circuits, pattern and connections in wide applications. pH =7 can permit us to use our inks in biochemical science.
| Materials | Silver (%) | PH | Viscosity (cPs) | Curing Temperature (Degrees Celsius) | Curing Time (min) | Conductivity – σ (S/m) at 20 v | Resistivity – ρ (ohm * m) at 20 Degrees Celsius |
| Bulk Silver | 100 % | ——— | ———- | ———– | ——— | 6.30 x 10^7 | 1.6 x 10^-8 |
| HCIW-3 | 3 % | 6.5-7.5 | <20 | 100 Degrees Celsius | 2 min | 1.41 x 10^6 | 7.1 x 10^-7 |
| HCIW-1 | 1 % | 6.5-7.5 | <10 | 100 Degrees Celsius | 2 min | 3.2 x 10^4 | 3.1 x 10^-5 |
| Competitor 1 | 80 % | N/A | High | 170 Degrees Celsius | 30 min | 2.22 x 10^6 | 4.5 x 10^-7 |
| Competitor 2 | 68 % | N/A | High | 130 Degrees Celsius | 4 min | 2.0 x 10^5 | 5.0 x 10^-6 |
Note: Nano Cintech has capacity to adjust separate product parameters as per customer demand
High Conductivity Solvent Based - Silver Conductive Ink Technical Properties
Below you will find the technical properties of Solvent Based Conductive Ink: (Conductivity-σ (S/m) at 20 Degrees Celsius > 10^5) for printing with high conductivity. Using volatile organic solvent to reduce the curing temperature and time, along with good adhesion and long term stability are the main advantages of this type of ink. The viscosity is adjustable and it can be used as conductive ink to print circuits, pattern and connections in wide applications.
| Materials | Silver (%) | Viscosity (cPs) | Curing Temperature (Degrees Celsius) | Curing Time (min) | Conductivity – σ (S/m) at 20 Degrees Celsius | Resistivity – ρ (ohm * m) at 20 Degrees Celsius |
| Bulk Silver | 100 % | ———- | ———– | ——— | 6.30 x 10^7 | 1.6 x 10^-8 |
| HCIS-3 | 3 % | <20 | 80 Degrees Celsius | 2 min | 1.5 x 10^6 | 6.6 x 10^-7 |
| HCIS-1 | 1 % | <10 | 80 Degrees Celsius | 2 min | 4.1 x 10^4 | 2.4 x 10^-5 |
| Competitor 1 | 80 % | High | 170 Degrees Celsius | 30 min | 2.22 x 10^6 | 4.5 x 10^-7 |
| Competitor 2 | 68 % | High | 130 Degrees Celsius | 4 min | 2.0 x 10^5 | 5.0 x 10^-6 |
Note: Nano Cintech has capacity to adjust separate product parameters as per customer demand
Conductive Ink Applications
RFID Chips and Printed Chips
Printed circuits are often a time- and cost-saving alternative to traditional production methods for applications such as sensors, diagnostic devices, antennae, flexible displays, transistors, shields, resistors, and dielectrics. By using a variety of materials, inks and processes, Topflight can develop the right solution for your custom application.
As technology continues to advance, our engineers are able to use smaller spaces without sacrificing conductivity. High performance is delivered while cutting the circuit size and cost. These printed electronics layers use less design real estate; can be wrapped around objects without cracking; are more environmentally friendly than etching; can be produced on paper or film; and several of our processes can enable seamless scale up from prototype to production.
Printed Bendable/Flexible Electronics
The fact that conductive inks can be printed on a substrate makes then the perfect candidate for printed electronics and flexible circuits. These conductive inks are now being used to create a large array of flexible electronics such as bendable keyboards, touch switches, heating elements, and sensors.
At Nano Cintech we provide a large array of silver conductive inks which are specifically formulated for different substrates, applications, and cure requirements.
Automobile Electronics
The number of applications for silver conductive inks and nanostructures for the automobile market is endless. They are already being used for durable flexible touchscreens but the technology advancement does not stop there.
Conductive inks are methodically being used to improve comfort, design, and aesthetics. For example, conductive inks are used in seat heaters where the entire large-area heater is printed. Conductive inks are also being used as high-power LEDs for energy saving and aesthetically differentiated lighting.
In-Mold Electronics (IME), is another facet where they are being implemented. In this process mechanical switches are replaced with structurally integrated printed electronics.
Safety is another area where conductive inks come into play. Occupancy sensors are screen-printed products that measures the presence and weight of occupants to properly control the response of airbag deployment system.
Printed Sensors For Wearable Electronics
Silver conductive inks are now being used in mainstream applications every day, and have now found in a new home in printed wearable electronics. Sensors are being developed and applied to measure athletic performance, diagnose/monitor health, and provide consumers with smart clothing technology.
These conductive inks are being applied to new high-tech materials resulting in thin, form-fitting circuits that can be seamlessly blended with standard fabrics. This allows manufacturers to come up with clothing products that provide an unprecedented level of comfort and mobility in wearable electronics design.
The quality of our inks provides stable performance for wearable electronics despite stretching and washing. Also, our conductive inks use 10 times less silver while maintaining the same electrical properties allowing the manufacture of wearable electronics without significant investment.
Printed Flexible Circuit Boards
Current methods of manufacturing printed circuit boards use complex and expensive techniques which elevates the overall cost of the product. Solvent based silver conductive inks are capable of substituting the current printed circuit board technology and reducing manufacturing cost.
These printed circuit boards are now being created using conductive ink printing which allows the board to be created in an additive manner, with the dielectrics created before the layer of conductive ink is added on. This new method makes creating the final product cheaper and is very different from the conventional method of producing conductive boards, where copper layers are etched away in a subtractive process.
The nature of conductive inks also allows for new flexible circuit boards to be created and used for novel applications.
We produce the highest quality products
At Nano Cintech we focus on producing the highest quality silver nano products in the industry. Our strategic approach focuses on devoting our resources to research, development, and the right personnel. This way we are able to be on the forefront of silver nano technology and create products which redefine the world.
Given that our products are on the cusp of technological advancements, they are increasingly making their way into various industries and consumer products such as: smartphones, tablets, notebook, PCs, e-book readers, medical devices, automobiles, architectural styling, food preservation, and more.
Our team is also constantly working to facilitate nano materials to the world. Our vertical integration assures that we are the inventors, manufacturers, processors, and suppliers. Consequently, we are able to control our product throughout its entire productions process, from its initial inception to its final sale.
Our commitment to product quality and technological advancement makes us a key leader in the nano material industry assuring that our products are implemented in everyday life and help to redefine the world.
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