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AgeNT-30

AgeNT™-30 enables large format touch screen applications, even when flexibility or thermoforming is required

Achieving the performance for next generation large format touch devices is now possible.

Suitable for a variety of applications, AgeNT-30 is a versatile formulation within CHASM's carbon nanotube (CNT) Hybrid printed electronics platform covering a range of formulations that balance transparency and conductivity for a wide range of applications.   Consistent resistivity even at dimensions suitable for large format displays, AgeNT-30 still delivers the transparency required to not detract from advertising, point of sale, or gaming applications.

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Specifications

Sheet Resistance: 30 Ω/□

VLT: 95.8% | Total VLT: 87.8%

Haze: 1% | Total Haze: 2%

Substrate: 5 mil PET (also available on 7 mil PC. Note specifications on TDS)

Applications

Large Format Touch Screens & Smart Surfaces: kiosks, whiteboards, outdoor advertising

Heaters for Automotive Applications requiring high VLT

How AgeNT-30 Works

CNT Ink is formulated for screen printing and is comprised of a mixture of our singlewalled CNTs (CoMoCAT™ technology), an optically clear polymer binder and our proprietary ink vehicle (V2V™ technology). The grade of CNT ink that is used for making AgeNT-30 product structures is CHASMAGENT-VC200. CNT ink is available in standard 1L bottles.

AgNW film is made by coating AgNWs to random network of AgNWs on a continuous roll of clear plastic film substrate. AgNW layer is ~ 0.3µm thick. There are two substrate options for AgeNT-30: 1) 5-mil PET film with hard coat (HC) on thebackside; 2) 7-mil PC film without HC on back side.

Substrates available for AgeNT-30 are 5 mil PET and 7 mil PC. AgeNT-30 product structures are CHASM-AGENTAW310 (5-mil PET film substrate) or CHASM-AGENTAW321 (7-mil PC film substrate). 

GO BIG IN LARGE FORMAT TOUCH WITHOUT GOING BROKE
Oversized touch screens test the bounds of traditional materials such as ITO, paving the way for new materials. This whitepaper discussed how a new category of transparent conductive film material extends the effectivity of capacitive touch to larger formats without introducing high noise or lag.

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