Graphene Nanoparticles Conductive Additive are perfect for many applications in conductive inks, polymers, concrete, batteries, sensors, fuel cells and many more.Great for applications requiring high conductivity. Fully synthetic and featuring a scaleable low cost and high volume synthesis method. Lab-based tests have shown 30% improvement in concretes compressive strength, and up to 70% improved performance with polymers. Outperforms several other carbon nanomaterials when incorporated into epoxy blends. Great for improving thermal, corrosive, and abrasive properties for industrial applications. Sold by the Kg and tons. Ask for commercial pricing today! Our graphene nanoparticles conductive additive is great for challenging applications. Featuring a scaleable low cost and high volume synthesis method they work well for many applications including conductive inks, polymers, epoxies, concrete, batteries, sensors, fuel cells and more. Sold by the kilogram, they are well suited to large scale commercial applications. Can be scaled to ton production quickly. Graphene Nanoparticles are 98% carbon and fully synthetic. They are not exfoliated from graphite. With a particle size of 50-100nm and 10-30 layers thick, they are a unique product. It's a great new conductive additive that has great hydrophobic properties as well. Lab-based tests have shown 30% improvement in concretes compressive strength, and up to 70% improved performance with polymers.Great for improving thermal, corrosive, and abrasive properties in challenging commercial applications. Graphene Nanoparticles Conductive Additive SEM image 20,000X Graphene Nanoparticles Conductive Additive TEM image Graphene Nanoparticles Conductive Additive raman spectra Graphene Nanoparticles Conductive Additive TGA & BET Graphene Nanoparticles Conductive Additive XRD
Try patented Flexiphene solvent based nanomaterial emulsions today and put the power of graphene to work in your formulations. Flexiphene is amphiphilic, tune-able by pH, sheet size, and degree of reduction. Flexiphene is transforming the material world! Contact us Today to arrange for your Flexiphene Emulsions!To Buy Flexiphene emulsions, please contact us with the solvent, materials, amount, and loading ratio you need. CTI Material’s patented Flexiphene solvent based nanomaterial emulsions are just what you need to disperse nanomaterials into solvents. Flexiphene works with SWNTs, MWNTs, and many other nanomaterials. Flexiphene are amphiphilic, tunable surfactant sheets, highly soluble in many solvents and can make colloidal dispersions of nanomaterials, stable for weeks to months. We typically work with NMP, DMF, THF, Acetone, & Ethanol solvents however many more are possible. Please contact us today and let us know what materials you require, the loading ratios, and solvents and we can quote it for you. Note- Hazmat shipping fees may apply. Prices depend on materials used and loading ratios. Flexiphene solvent based nanomaterial emulsions are transforming the material world!
CATEGORY
Silver nanowire (AgNW) ink is the leading solution for transparent conductive electrodes (TCEs) that require both high conductivity and optical transparency. At loadings that achieve sheet resistance below 10 Ohm/sq, AgNW films maintain optical transmittance above 85% — performance that rivals ITO at a fraction of the cost and with far superior flexibility. Unlike ITO, silver nanowire electrodes do not crack under bending, making them essential for rollable displays and conformable biosensors. Cheap Tubes synthesizes 30 nm outer diameter silver nanowires in-house at our Vermont facility, giving us direct quality control over aspect ratio, concentration, and lot-to-lot consistency — shipped at 25 mg/mL in isopropanol (IPA). Cheap Tubes supplies silver nanowire ink for transparent electrode applications in touch screens, OPV, and flexible electronics. Both ink types are formulated for compatibility with screen printing, gravure, flexographic, and inkjet deposition methods. Silver nanowire ink is the choice when optical transparency is required alongside low sheet resistance.
CATEGORY
Try patented Flexiphene Surfactant Solutions today and put the power of graphene to work in your formulations. Flexiphene is amphiphilic and compatible with water, solvents, and many other host matrices. To Buy Flexiphene, please contact us with the amount and loading ratio you need. Standard concentration is 2mgs/ml. Flexiphene is transforming the material world! CTI Material’s patented Flexiphene aqueous nanomaterial emulsions are just what you need to disperse nanomaterials into aqueous solutions. Flexiphene works with SWNTs, MWNTs, GNPs, and many other nanomaterials. Flexiphene are amphiphilic, tunable surfactant sheets, highly soluble in many solvents and can make colloidal dispersions of nanomaterials, stable for weeks to months. We typically work with Di Water and can modify the solution if required. Please contact us today and let us know what materials you require, the loading ratios, and solvents and we can quote it for you. Prices depend on materials used and loading ratios. Flexiphene aqueous nanomaterial emulsions are transforming the material world!
CATEGORY
Amine | -NH₂ | Basic, highly water-dispersible; reacts with COOH, epoxides, aldehydes | Drug delivery, biosensors, crosslinked epoxy composites Amine (-NH2) groups are introduced via diamine coupling to -COOH and provide direct bonding to epoxy resins and conjugation chemistry to biomolecules via standard NHS/EDC coupling. -COOH and -NH2 functionalized MWCNTs are the standard substrates for biomolecule conjugation... use glutaraldehyde or NHS-PEG-NHS linkers between -NH2 surfaces and amine-bearing biomolecules. For dispersion in aqueous biological or analytical applications, -COOH and -NH₂ groups provide colloidal stability through electrostatic repulsion (high negative or positive zeta potential) without requiring surfactants that would need to be removed in downstream processing. This makes functionalized CNTs the preferred choice for drug delivery systems, biosensors, and diagnostic conjugation chemistry.
CATEGORY
