The UV-Resistant Transparent Conductive Ink is a water-based screen-printing ink, ideal for capacitive touch applications such as in-car touch switches and home appliance control panels. Formulated with the conductive polymer PEDOT:PSS, the ink enables high-precision screen printing down to 100 microns across large areas and is compatible with a wide range of substrates, including PET, PMMA, PC, PI, diffusion films, and glass. The ink is engineered for both optical clarity and mechanical robustness. It offers exceptional transparency and strong adhesion, while effectively eliminating common printing defects such as rainbow patterns, orange peel, pinholes, and shrinkage. Owing to its UV- and IUV-resistant formulation, it is well-suited for long-term outdoor or high-exposure applications, maintaining durable performance even under prolonged sunlight. Catalog Number: NovaInk-PDPS-SP Solid Content: ~4wt% Viscosity: ~15000mPa.s Sheet resistance of formed film: ~300ohm/square Transparency of formed silver nanowire film: ~90% Haze: <1.5% Adhesion: ~5B Substrate Surface Energy (PET): > 42 dyn/cm Screen: 250-400 mesh water-based polyester Curing temperature: ~130 °C for 20-30 min Appearance: dark blue liquid RECOMMENDED STORAGE & HANDLING Store the ink in a tightly sealed container at 5 °C to 25 °C. Avoid freezing conditions. Before use, thoroughly mix the material using mechanical stirring. Ultrasonic dispersion and dilution are not recommended, as they may adversely affect product performance. Once the coating has dried, it is strongly recommended to apply a protective layer promptly to prevent oxidation and preserve surface integrity. APPLICATIONS The UV-Resistant Transparent Conductive Ink is well-suited for optoelectronic components requiring both high transparency and excellent conductivity, including: - In-car capacitive touch buttons - Capacitive touch interfaces in home appliances - Illuminated brand or logo elements - Electroluminescent (EL) sheets - 3D luminous decorative masks - Ambient lighting modules - Luminous text or symbols - Electrochromic display or shading devices - Transparent electrodes for various applications SYNONYM UV-resistant transparent conductive ink, PEDOT:PSS conductive ink, transparent conductive polymer ink, screen-printable conductive ink, UV-stable PEDOT:PSS ink, water-based transparent conductive ink, printable transparent electrode ink, conductive layer ink for touch interfaces, high-transparency conductive polymer solution, flexible transparent conductor ink, PEDOT ink, TCI, UV-TCI, PSS-conductive ink, ink for transparent electrodes
Catalog Number: NovaTube-TiO-10 Diameter: ~10nm Length: ~1um Surface area: ~250 m2/g Appearance: wet cake, or dry white powder Novarials is offering this product at kilogram scale to industry users. Please contact us at info@novarials.com for more information. APPLICATIONS - Catalyst supports - Photocatalysts - Chemical sensors, especially high temperature gas sensors - Anodes of lithium ion batteries - Dye-sensitized solar cells (photovoltaic and photocatalytic cells) - Drug delivery - Fuel cells - Biosensors - Filler for various nanocomposites - Filler for various adhesives and paints - Filler for various high performance films SYNONYM Titanium oxide tubes, titania nanotubes, titania tubes, titania, titanium dioxide nanotubes,titanium dioxide tubes, titanium dioxide, titanium(IV) oxide nanotubes, titanium(IV) oxide tubes,titanium oxide SDS SDS-NovaTube-TiO-10-powder SDS-NovaTube-TiO-10-wet wake Weight: 0.5g, 1.0g, 2.0g, 5.0g Form: Dry powder, Wet cake
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Iron nanowires, one-dimensional structures composed of iron, exhibit exceptional properties owing to their nanoscale dimensions and inherent magnetic behavior. With diameters typically ranging from 10 to 200 nanometers, the Fe nanowires exhibit a high surface area-to-volume ratio, strong magnetic anisotropy, and tunable electromagnetic properties. These characteristics make them highly valuable in various applications such as radio wave and microwave absorption, radar-absorbing materials (RAM), EMI/ESD protection, and stealth materials. Novarials offers high-performance iron nanowires specifically designed for advanced electromagnetic absorption and shielding, leveraging their magnetic functionality to enable innovation across electronics, telecommunications, functional materials, and stealth-related technologies.
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Carbon Quantum Dots NB4, NovaQD-C-NB4, are N-doped carbon quantum dots supplied as a DMF dispersion with cyan-blue photoluminescence under a 365 nm UV lamp. With a particle size of less than 10 nm, these fluorescent carbon nanodots provide nanoscale optical functionality for photoluminescent materials, optical sensing, fluorescent labeling, anti-counterfeiting inks, functional coatings, polymer composites, optoelectronic materials, and fluorescence-based detection research. Catalog Number: NovaQD-C-NB4 Size: <10 nm Appearance: dispersed brown suspension, emits cyan blue-light under 365nm UV lamp Dispersion solvent: DMF Concentration: 1 mg/ml Storage: 4℃,avoid light SYNONYM Carbon quantum dots, carbon quantum dot, carbon dots, carbon nanodots, carbon nanodot, N-doped carbon quantum dots, nitrogen-doped carbon quantum dots, nitrogen-doped carbon dots, fluorescent carbon dots, luminescent carbon dots Volume: 100ml, 200ml
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Price range: $890.00 through $4,005.00 Catalog Number: NovaMWNT-CA-A1 Diameter: 5~10nm Length: 5~10µm Purity: 99.99% Appearance: black powder Industry scale product, starting materials for everything. SYNONYM Multi-walled carbon nanotubes, MWNTs, MWCNTs, carbon nanotubes, multi-walled carbon nanotube, MWNT, MWCNT, carbon nanotube
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