| PRODUCT | DESCRIPTION | DATA SHEET | CURED | PROPERTIES |
|---|---|---|---|---|
| SCAG-005 | High conductive ink |  |
130ºC | <0.02 Ω/sq@25µm |
| SCAG-004 | Fine line resolution conductive ink | |
130ºC | <0.06 Ω/sq@25µm |
| SCAG-003 | High resolution condutive ink for membrane swtiches applications | |
130ºC | 60 µΩ cm |
| SCAG-002 | High resolution conductive Ag ink for PE applications | |
130ºC | 185 µΩ·cm |
| SCAG-001 | Low cost conductive Ag ink for PE applications. | |
130ºC | 360 µΩ·cm |
| SRCE-001 | Resistive Carbon ink for electrochemical sensors. | |
130ºC | 200 mΩ·cm |
| SRC-010 | Resistive Carbon ink | |
130ºC | 100 mΩ·cm |
| SRC-011 | Resistive Carbon ink | |
130ºC | 200 mΩ·cm |
| SRC-012 | Resistive Carbon ink | |
130ºC | 1000 mΩ·cm |
Screen printing inks offer new ways for flexible substrates with advance properties
Screen printing is a technique widely used in the industry for the manufacture of electronic products.
Mateprincs inks permit the use of flexible substrates allowing the development of new devices and more versatile applications.
The inks have an excellent definition and high stability over time. They have good adhesion on different substrates (plastic, glass and textile) and can be cured at low temperatures.
These inks can be used for printed electronics: sensors, displays and biomedical applications.
Mateprincs inks can be tailored to meet a particular specfication.
| PRODUCT | DESCRIPTION | DATA SHEET | CURED | PROPERTIES |
|---|---|---|---|---|
| ICCU-001 | Conductive nanocopper ink with high electrical conductivity. | |
350ºC, N2 | 13-16 µΩ·cm |
| ITCO-010 | Transparent conductive nanoITO ink with high transparency and good electrical conductivity. |
|
650ºC | 46-48 mΩ·cm>90% T |
| ITCO-030 | Transparent conductive nanoITO ink with high transparency and good electrical conductivity. |
|
650ºC | 53-55 mΩ·cm>90% T |
| IINS-040 | Insulator nanooxides ink. | |
400ºC | Good insulation |
Inkjet inks open new opportunities for printed electronics making possible fast and direct production
The inkjet technology allows printing with no direct contact, and without the need for intermediate tools, facilitating the fabrication of electronic structures, devices and circuits, no matter which functional materials (ink) and substrates are used.
Inkjet printing is suitable for a wide range of production scales, from prototyping to large-scale industrial production. This technique allows the manufacturing of high definition products by controlling the thickness using industrial printheads.
Mateprincs inkjet inks have high stability, good definition on different substrates (Kapton, glass, ceramic) and various functionalities for electronic applications.
The inks can be printed with Xaar and Dimatix DOD printheads. Mateprincs patented ITO inkjet ink provides new possibilities for transparent applications.
Mateprincs inks can be tailored to meet a particular specfication.
| PRODUCT | DESCRIPTION | DATA SHEET | CURED | PROPERTIES |
|---|---|---|---|---|
| OCAG-001 | Conductive ink for offset lithography for paper applications. | |
130ºC | 500-600 µΩ·cm |
Offset inks provide a groundbreaking production way for paper electronic devices
Offset printing technology allows for printing at very high speed (more than 7000 sheets/hour) with high resolution.
Offset is a widely used technique in packaging and book printing and offers huge possibilities for printed electronics.
Mateprincs exclusive silver ink for offset has high conductivity that permits new applications such as displays and sensors printed on paper substrates with very low fabrication costs.
