Specially formulated from CHASM’s patented V2V™ ink vehicle and industry leading single wall CNTs, VC102 delivers printable, flexible transparent conductors with superior environmental robustness and optical performance than commercial alternatives such as PEDOT. VC102 is well-suited for cost-effective transparent circuit production at high volumes for touch buttons and sensors used in many applications including appliances, automotive interiors, and industrial controls.
High-Purity CNTs for Better EV and BESS Li-ion Batteries Proven to outperform leading commercial CNT benchmarks, CHASM’s NTeC®-E carbon nanotubes create highly efficient conductive networks inside battery electrodes—helping batteries charge faster, last longer, and deliver more energy with less conductive additive. NTeC®-E combines high purity, tailored morphology, low additive loading, and excellent processability as a drop-in replacement for industry-standard CNTs. Independent comparative testing demonstrates superior cycling stability, rate capability, first-cycle coulombic efficiency, and reversible capacity. CHASM combines this benchmark-leading performance with breakthrough, scalable manufacturing to support rapidly growing EV and AI-driven battery energy storage system (BESS) demand. CHASM is building the world's largest CNT production network through technology licensing and is seeking strategic licensing and commercialization partners to accelerate global adoption. Why NTeC®-E CNTs? CHASM NTeC-E CNT additives offer superior electrochemical performance, with the highest purity, and at the lowest cost. Superior Electrochemical Performance. - Better cycling stability than leading commercial CNT additives - Higher rate capability to support fast charging - Higher first-cycle coulombic efficiency - Improved reversible capacity At just 0.2-0.5 wt.% loading, NTeC®-E forms efficient conductive networks that support better battery performance and higher energy density. Highest Purity. No Conductivity Trade-Off. NTeC®-E combines iron-free catalyst technology with a proprietary purification process to achieve our highest purity without damaging the tubes—preserving superior conductivity, easy processing, and low-cost production. - Proprietary purification preserves tube integrity and conductivity - Substantially higher conductivity than leading high-purity commercial CNTs - Tailored morphology for excellent dispersion and conventional slurry processing - Low-cost, industrial-scale production at low additive loadings Lowest Cost. Global Scale. CHASM’s continuous rotary-kiln technology and proprietary catalyst system enables the industry’s lowest-cost, most scalable CNT production—at approximately 1/2 the cost, 1/5 the capital investment, 1/10 the energy use, and 1/10 the CO₂e emissions of leading conventional platforms. - Building the world’s largest CNT production network through licensing - Multiple regional licensees secured, with more in the pipeline—join us! NTeC-E Conductive Additives for Batteries CHASM NTeC®-E CNT additives for Li-ion batteries provide high-quality carbon nanotubes that are a drop-in replacement for industry-standard CNTs. With CNTs becoming essential for today’s batteries in EVs and AI Data Centers, CHASM is uniquely positioned to support surging demand with exceptional performance and breakthrough technology that enables low cost, scalable and sustainable production for crucial local supply of CNTs.
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AgeNT™-1 is ideal for creating transparent and flexible antennas: DAS, IoT, NFC and others. Available in 2 versions enabling the careful balance of performance and transparency. Antennas without the design boundaries! With very low sheet resistance, AgeNT-1 is the optimal formulation when current carrying capacity is the critical design factor. AgeNT-1 is based on a metal mesh (MM) substrate within CHASM's carbon nanotube (CNT) hybrid based printed electronics platform covering a range of formulations that balance transparency and conductivity for a wide range of applications. AgeNT-1 enables engineers or product designers to innovate transparent DAS, IoT, or NFC antennas that unobtrusively disappear into architectural elements like overhead lights, windows, or glazed artwork, putting more antennas closer to points of use to increase signal strength and data speeds. AgeNT-1 is available in 2 versions enabling the careful balance of performance and transparency. Applications - Transparent RF Antennas - Transparent EMI/RF Shielding - Transparent Heaters - Transparent Electrodes for Lighting AgeNT-1 G2 Data Sheet: AgeNT-1 G3 Data Sheet: How AgeNT™ Works CHASM creates novel transparent conductive films (TCFs) by printing carbon nanotubes (CNTs) on top of silver nanowire (AgNW) or copper metal mesh (MM) substrates. The resulting AgeNT™nanotube hybrid TCFs are more robust than AgNW or MM alone and more conductive than CNTs alone. Since CNTs are one of the strongest materials known, they provide considerable mechanical reinforcement for the more fragile AgNW and MM structures. The CNTs also provide electrical redundancy and enable excellent connectivity to the surface of the TCF, while providing environmental protection for the underlying AgNW and MM layers. AgeNT™ enables the best flexible printed electronics you’ll never see.
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For touch sensor applications, CHASM™ offers AgeNT™-75 for designs requiring robust performance. Industry leading transparency and flexibility for touch sensors Virtually invisible, AgeNT-75 offers industry leading transparency for your most demanding touch sensor, touch screen, or display applications. AgeNT-75 is the highest transparency formulation of 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. Using AgeNT-75, engineers and product designers are free to implement interactive touch user interfaces on any surface including sculpted smart surfaces or on flexible/foldable displays. Applications - Printable, Flexible, Transparent Touch Sensors for Wearable Devices, Automotive, White Goods/Consumer Goods - Flexible Displays for Retail/Outdoor Advertising How AgeNT™ Works CHASM creates novel transparent conductive films (TCFs) by printing carbon nanotubes (CNTs) on top of silver nanowire (AgNW) or copper metal mesh (MM) substrates. The resulting AgeNT™nanotube hybrid TCFs are more robust than AgNW or MM alone and more conductive than CNTs alone. Since CNTs are one of the strongest materials known, they provide considerable mechanical reinforcement for the more fragile AgNW and MM structures. The CNTs also provide electrical redundancy and enable excellent connectivity to the surface of the TCF, while providing environmental protection for the underlying AgNW and MM layers. AgeNT™ enables the best flexible printed electronics you’ll never see. LEVERAGE THE TECHNOLOGY PLATFORM THAT MAKES IT ALL POSSIBLE. Is your team looking to solve the impossible? Maybe CHASM can help. Find out if Nanotube Hybrids are right for your application:
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A nanotube hybrid is the deliberate combination of carbon nanotubes and another element such as carbon, graphite, silver or copper to unlock entirely new properties and performance characteristics. CHASM uses proprietary processes to create nanotube hybrids from their industry leading single wall carbon nanotubes. Manufactured in the USA, the resulting nanotube hybrids are applied in precise ways to make ordinary industrial and consumer products do extraordinary things. For example, when added to batteries, nanotube hybrids make them last significantly longer and charge faster, even in harsh environments. When used for printed electronics, nanotube hybrids enable product designers and engineers to create transparent and flexible 5G antennas that can be seamlessly added to lights or windows or heaters that can be layered across an automobile windshield, headlight or ADAS sensor for optimal safety and performance in varying environmental conditions. A new weapon in your problem-solving arsenal. CHASM creates advanced nanotube hybrid materials that help product manufacturers deliver breakthrough product performance enabling critical product differentiation and business growth.
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