AgeNT™ VC102 is a solvent-based Carbon Nanotube transparent conductive ink designed for screen printing on a wide range of plastic films. VC102 balances value, printing consistency, simplicity of patterning and environmental stability. 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. Developed in direct response to repeated feedback from printed electronics manufacturers, VC102 balances value, printing consistency, simplicity of patterning and environmental stability. VC102 is well suited to high volume transparent FPC applications. Suitable for harsh environment applications, VC102 successfully completed 1,000 hours of environmental testing at 65°C / 85% RH, exhibited minimal variation in resistance while transparency, haze and color remained very stable. Product Structure VC102 has three main components: 1. Best-in-class CNTs produced at CHASM 2. Acrylic binder to promote adhesion 3. Proprietary V2V™ (viscous-to-vapor) Ink Vehicle Product Benefits - Typical optoelectronic values: 800 – 1,000 ohm/sq at 85% VLT - Neutral color – does not impart clue color cast to transparent circuits - Low temperature drying (110°C) - Screen printable on a variety of flexible substrates - Low processing cost (< 3 min residence time) - Excellent adhesion to various substrates - Solvent base, containing no surfactants How VC102 Works CHASM VC Series Inks are designed for screen-printing. The CNT ink starts off viscous, shear thins during the printing operation to flow through the screen mesh and then quickly rebuilds its viscosity to avoid ink bleed enabling 100μm lines/spaces.
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.
CATEGORY
AgeNT®solutions for transparent antennas are based on CHASM's nanocarbon/copper hybrid technology, the industry's most versatile, transparent, high-performance, and low-cost offering for antennas in automotive, IOT&M2M, public safety, point-of-purchase, and other market segments. AgeNT transparent performance films enable practically "invisible" antennas without compromising antenna performance. Transparent printed circuit antennas can be mass produced at low cost, with convenient 'peel and stick' attachment to glass. CHASM is ready to work with antenna designers to help them take advantage of transparency. We Make Antennas Transparent CHASM offers its AgeNT flexible conductive film with performance equivalent to the leading low-loss, ceramic-based PCB laminates, and its robust circuit fabrication technology. The company accelerates clients' "Design-for-Manufacturability" (DFM) process by providing material characteristic data for performance simulation and reference designs of wideband WiFi Coplanar antenna for 2.4GHz and 5.8GHz; Narrow Band Patch Antenna for band n78, and Microstrip antenna. Transparent, flexible antennas allow design & engineering without boundaries! Unique Capabilities: 1.) Performance equivalent to the leading low-loss, ceramic-based PCB laminates. 2.) Robust circuit fabrication technology and rapid prototyping: full circuit assembly line can quickly fabricate scale models of antennas, using three-dimensional, computer-aided design (CAD) tools. 3.) Established tools to accelerate clients' "Design-for-manufacturability" (DFM) process: providing material characteristic data for performance simulation and reference designs of wideband WiFi Coplanar antenna for 2.4GHz and 5.8GHz; narrow band patch antenna for band n78 and microstrip antenna. 4.) Commercially adopted solution with mass production capacity: 150,000 square meters and growing. Antenna Types with AgeNT® solutions 1.) Multiband Cellular Antenna for Vehicles 2.) Mulitband Wi-Fi Antenna for Vehicles 3.) Mulitband Wi-Fi Antenna for Routers 4.) GNSS Antenna for Vehicles 5.) All-in-one Antenna for Vehicles 6.) NFC Antennas for Smart Kiosks, Bank Cards, Smart Parking Meters, etc. 7.) Distributed antenna system (DAS) Antenna for cellular and Wi-Fi coverage 8.) Mulitband Antenna for 5G and Fixed Wireless Access 9.) Bluetooth Antenna CHASM's AgeNT Antenna solution is a product family of Nanotube Hybrid Conductive Transparent Films (TCF) that is making this innovation possible. A new class of antennas are emerging that can not only hide in plain site on windows, displays and vehicles; they can also be molded to blend into 3D shapes without sacrificing performance.
CATEGORY
CHASM's AgeNT transparent heater foil solutions advance autonomous driving in any weather by enabling rapid and uniform heating for Advanced Driver Assistance Systems (ADAS) sensors and headlamps. The ADAS system relies on crucial components such as camera, lidar and radar sensors. However inclement weather conditions such as snow, fog and ice can hinder the operation of these sensors, compromising safety. Our highly transparent heater foils for all Advanced Driver Assistance Systems (ADAS) Sensors and for headlamps integrate single-wall carbon nanotubes (CNT) and metal micromesh, providing exceptional optoelectronic performance, surpassing all other CNT or alternative technology products, with no unsightly opaque microwires. First universal transparent heater foil for all Advanced Driver Assistance Systems (ADAS) sensors and compatible with standard automotive voltages (12V). CHASM AgeNT heaters are compatible with camera, lidar and radar sensors, delivering uniform heating over the entire camera lens, lidome, or radome surface. - Compatible with all three ADAS sensor technologies - Delivers rapid and uniform heating over the entire lens surface - Compatible with standard automotive voltage (12V) - Highly transparent, with no opaque microwires - Highly stable during temperature, humidity and UV aging tests AgeNT-12 transparent heater foils enable the world's first Universal Transparent ADAS Heater solution, for rapid, uniform defogging & de-icing of radomes, lidomes and camera lenses at 12V or less –with high transmission of Radar, LiDAR and Camera signals. CHASM's unique manufacturing process enables low-cost, mass production of AgeNT transparent heater foils. We are currently seeking Tier 1 and OEM partners to collaborate with us on integration of our transparent heater foils onto ADAS lens assemblies and completing qualification testing at the system level. Operating LED headlights in harsh environments (like winter weather) can lead to issues with fogging or freezing. This is a huge issue from a visibility standpoint and from a safety standpoint where modern safety features rely on the ability to "see" through the car's headlights.
CATEGORY
NTeC is revolutionizing one particle after another to dramatic effect. Enhancing Particles at the Nanoscale. Integral to the Material, Not an Additive. While the performance benefits that can be obtained nanotechnology are widely known, cost and usability issues have impeded widespread adoption - until now. Whether the goal is improving charge capacity for batteries or seeking a way to improve the strength and durability of concrete or composites, CHASM™ has a better way. Our carbon nanotube and carbon nanotube hybrid products are developed through industry partnerships for specific applications, like batteries and construction materials (cement and concrete). NTeC for Battery Materials: The next generation of mobile devices, vehicles and renewable energy storage systems will require material solutions that are more capable and more versatile. NTeC improves the power density, cycle life and charge/discharge capacity of battery materials. NTeC for Cement: Cement is critical to modern world concrete infrastructure. However, it can crack, split and become vulnerable in certain conditions. It is also the source of about 8% of the world’s carbon dioxide (CO2) emissions. NTeC dually addresses these concerns by drastically increasing cement strength and measurably reducing the carbon footprint.
CATEGORY
