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Nano Titanium Dioxide Dispersion Anatase CAS 13463-67-7, Photocatalytic TiO2 for Air Purification & Self-Cleaning Surface
This rutile‑phase nano titanium dioxide dispersion is a stable liquid slurry of surface‑modified rutile TiO₂ nanoparticles. The surface coating treatment suppresses photocatalytic activity of rutile titania while retaining outstanding ultraviolet‑shielding capability against both UVA and UVB bands. It can be incorporated into water‑based coating systems, used for preparing plastic masterbatches, and applied in cosmetic sunscreen products. It effectively slows down UV‑triggered degradation, chalk
Nano Titanium Dioxide Dispersion Rutile CAS 13463-67-7, UV-Shielding TiO2 for Coatings Plastics & Sunscreen
This rutile‑phase nano titanium dioxide dispersion is a stable liquid slurry of surface‑modified rutile TiO₂ nanoparticles. The surface coating treatment suppresses photocatalytic activity of rutile titania while retaining outstanding ultraviolet‑shielding capability against both UVA and UVB bands. It can be incorporated into water‑based coating systems, used for preparing plastic masterbatches, and applied in cosmetic sunscreen products. It effectively slows down UV‑triggered degradation, chalk
Nano Silica Dispersion Water-Based 10–100nm CAS 7631-86-9, Colloidal Silica for Coatings Adhesives & Precision Polishing
This water‑based nano silica dispersion is a stable colloidal silica suspension with particle size ranging from 10‑100 nm, CAS 7631‑86‑9. The spherical silica nanoparticles are uniformly dispersed inside aqueous medium without heavy agglomeration. When incorporated into coating and adhesive systems, it improves surface hardness, scratch resistance and mechanical strength of cured films. Meanwhile, the finely graded silica particles function as mild abrasive for precision polishing processes. Thi
Nano Montmorillonite CAS 1318-93-0 Heavy Metal Ion Adsorbent for Industrial Wastewater Treatmen
Nano Montmorillonite CAS 1318-93-0 is natural layered silicate material with excellent cation exchange performance.
It possesses unique nano lamellar structure and abundant surface active sites. It can effectively adsorb and immobilize heavy metal ions such as nickel, copper, lead, cadmium and zinc from industrial wastewater via ion exchange and surface complexation. This adsorbent features low cost, stable adsorption capacity and easy solid-liquid separation after treatment. It serves as an ec
Water Based Bentonite Nanoclay CAS 1318-93-0 Rheology Modifier for Waterborne Industrial Coatings
Water Based Bentonite Nanoclay CAS 1318-93-0 is hydrophilic montmorillonite layered silicate.
Upon hydration and high-speed dispersion in waterborne systems, stacked silicate layers exfoliate to build a reversible three-dimensional colloidal network. It provides steady thixotropy, effective thickening, anti-settling and anti-sagging functions. The additive prevents pigments and fillers from sedimentation during storage and avoids sagging during coating application while maintaining favorable le
CAS 1318-93-0 Montmorillonite Nanoclay Viscosifier for Oilfield Drilling Mud
CAS 1318-93-0 Montmorillonite Nanoclay is natural layered silicate nanofiller.
When mixed into water-based drilling mud, it hydrates and forms continuous colloidal network, effectively increasing fluid viscosity and yield point. It enhances the capacity to suspend and transport drill cuttings, controls filtration loss, stabilizes wellbore wall and reduces mud leakage. This product delivers stable rheological performance under complex downhole conditions. It is a high-efficiency viscosifier and
Organoclay Rheology Additive CAS 1318-93-0 Anti-settling Thixotrope for Industrial Paint Ink
Organoclay Rheology Additive CAS 1318-93-0 is organophilic modified montmorillonite layered silicate.
It can form stable gel network in solvent-based paint and ink systems under proper activation treatment. It delivers outstanding thixotropy, effective thickening performance, remarkable anti-settling and anti-sagging capacity. This product inhibits pigment and filler sedimentation during storage, avoids sagging during construction, and improves leveling property of coatings. It is a high-effici
Nano Bentonite Clay CAS 1318-93-0 Barrier Filler for Rubber Tire Inner Liner Materials
Nano Bentonite Clay CAS 1318-93-0 is organically modified layered silicate nanofiller.
After organic modification, the bentonite gains favorable compatibility with rubber systems. It can be stripped into nanoscale lamellae during rubber mixing and uniformly distributed in rubber matrix. The staggered sheet structure forms tortuous channels to hinder gas penetration, greatly improving air impermeability of rubber compounds. It effectively enhances air retention performance of tire inner liner, r
Surface Modified Montmorillonite CAS 1318-93-0 Toughening and Flame Retardant Synergist for Epoxy Resin
Surface Modified Montmorillonite CAS 1318-93-0 is organically modified layered silicate nanoclay.
Surface modification greatly enhances compatibility with epoxy resin matrix, enabling nanoscale exfoliation and homogeneous dispersion. The lamellar structure effectively inhibits crack propagation to boost material toughness. Meanwhile, it works as an efficient flame retardant synergist, restraining heat transfer, suppressing flammable volatile release and lowering smoke emission during combustion
CAS 1318-93-0 Organophilic Nanoclay Gas Barrier Additive for PP PE Engineering Plastics
CAS 1318-93-0 Organophilic Nanoclay is organo-modified montmorillonite layered silicate nanofiller.
Modified by organic cation exchange, it transforms hydrophilic raw clay into organophilic material with excellent compatibility with PP, PE and other polyolefin resins. Under proper melt shearing, the layered structure achieves nanoscale exfoliation, forming tortuous diffusion paths inside plastic matrix. It efficiently suppresses penetration of oxygen and water vapor, significantly improving gas
Organo Modified Montmorillonite Nanoclay CAS 1318-93-0 Improve Barrier Property for Polymer Composite
Organo Modified Montmorillonite Nanoclay CAS 1318-93-0 is organophilic layered silicate nanofiller modified by organic cation exchange.
Surface organic modification changes hydrophilic natural montmorillonite into organophilic nanoclay, enabling uniform exfoliation and dispersion in various polymer substrates. The staggered lamellar structure forms tortuous diffusion channels, which effectively slow down the penetration of gas and water vapor. It significantly improves barrier property, thermal
Single Wall Carbon Nanotubes CAS 308068-56-6 SWCNT for Industrial Sensor Transparent Conductive Film
Single Wall Carbon Nanotubes CAS 308068-56-6 (SWCNT) consist of single-layer rolled graphene tubular structures.
Compared with multi-walled carbon nanotubes, SWCNT features unique semiconducting and metallic properties, extraordinary electrical conductivity, outstanding flexibility and excellent light transmittance. The material can form uniform conductive networks at low loading. It is widely adopted for fabricating high-sensitivity industrial sensors and flexible transparent conductive films,
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