Main Features High-quality polished fused quartz material Optimal purity of the material Highly precise laser cut quartz discs with accurate dimensions Smoothed edges to prevent cuts when handling Customized industrial/research grade quartz discs

Main Features Excellent Electrical Conductor Higher Heat-conducting Capacity Offers Perfect Transparency Thickness of about 2 to 4 Nanometers Efficient Energy Storage Excellent Aspect Ratio Withstand 5300 W⋅m−1⋅K−1 Anti-Bacterial Light in Weight Than Steel

Strong material, even stronger than steel Fragile, yet very flexible material Completely transparent Excellent electrical conductors Extreme thermal conduction abilities Surprisingly flexible and lightweight Perfect replacement of conventional silicon conductors

Main Features Higher aspect ratio Ideal porosity Excellent electro-absorption capabilities Excellent thermal conductivity Excellent electrical conductivity Excellent optical transparency Higher tensile strength

Main Highlights: Excellent conductors of electricity Versatility makes SWCNT's metallic or semiconductors even Excellent for miniaturizing electronic components for nanotechnology development Efficient conductors of thermal energy Extremely strong yet flexible Excessively lightweight with a higher...

Main Features Top-quality raw quartz used to make end-product Stringent quality measures ensure maximum purity of the material Advanced procuring and processing involved to furnish a constant industrial-grade quality Ground edges to prevent accidental cuts Customized dimensions and specifications followed for...

Main Highlights Purity : >98% Number Of Layers : 10-15 Diameter : 10-15 Micron Thickness : 10-15 nm Tensile strength: ~130 GPa Electrical conductivity: ~10 × 10⁷ S/m Thermal conductivity: ~5000 W/m·K Oxygen content: <2% Bulk density: ~0.30 g/cc Appearance:...

Main Highlights Extremely durable yet flexible material Extremely conductive to electricity Excellent conductor of thermal energy Extremely lightweight with a higher aspect ratio Ideal for replacement of conventional semiconductors and silicon components in electronics Introduction Multi...

Main Features High-quality, purest silica used for fabricating Extremely strong and durable Remarkably inert with excellent corrosion-resistivity Lower coefficient of thermal expansion Excellent range of optical transmission

High-Quality Multi Walled Carbon Nanotubes (MWCNTs) Dispersion for Advanced Applications Technical Specifications Each nanotube wall contains 4 to 8 concentric layers of graphene. It appears as an opaque black liquid when dispersed. The concentration ranges from 0.5 to 2.0 wt% MWCNT in either water or an organic...

Main Features Bulk Density: 0.18g/cc Thickness: 2-3 nm Diameter: 5 Micron Carbon Purity: &gt; 99% Surface Area: 255 m2/g Number of Layers: Average no. of layers 2-3 <iframe width="650" height="330" src="https://www.youtube.com/embed/NN_ICV6l_1Q" title="YouTube video player"...

Main Features High-quality, purest silica used for fabricating Extremely strong and durable Remarkably inert with excellent corrosion-resistivity Lower coefficient of thermal expansion Excellent range of optical transmission

Features Quartz Fiber Diameter 3-5um Silica Content si02≧99.97% Heat conductivity coefficient - 0.01 ——0.029kilocalorie\M c End-use temperature ：Under 1700 ℃ The moisture content: ≤0.4% ignition loss ≤0.1% Strength of raw silk fracture &gt;0.05N/TEX Natural capacity degrees 5-6KG\cubic ...

Main Features Thickness: 0.8-1.6 nm Product Purity: &gt;97% Number of layers: Average no. of layers 2-4 Specific surface area: 210- 300 m2/g Production Methodology: Chemical Vapour Deposition Process Form: Powder Form Colour: Dark Grey

Technical Specifications Molecular weight: 60.0843 g/mol Boiling point: 2230°C Density: 2.65 g/cm³ Electrical resistivity: 10^5 to 10^18 Ωm Appearance: Clear Electronegativity: 1.90 The heat of fusion: N/A The heat of vaporization: N/A Thermal conductivity: 1.3 W/mK at room...

Main Features Thickness: 3-6 nm Product Purity: &gt;99% Number of layers: Average no. of layers 3-6 Surface area: 160 m2/g Production Methodology: Modified Hummer`s Method process Form: Powder Form

Features Product Name: Graphene Nanoplatelets Diameter - 10nm Height - 50 Microns Purity - 99.2% Surface Area - 65 m2/g Form Factor - Powder Colour - Black

Main Features Thickness: 2-3nm Product Purity: &gt;97% Number of layers: Average no. of layers 3-6 Bulk Density: 0.241g/cc Surface Area BET: 210- 300 m2/g Form: Powder Form Colour: Black

Features Sintering Temperature – 100 ºC Particle Size - ~ 5 microns Composition – Graphene, Adhesive, and solvent Sintering Time – Half hour Shell Life - 6 months Solid Loading - 60%" <iframe width="650"...

Features Length – 5-10 nm Diameter – 5 , 10 , 15 microns Surface area – 750 m2/g &amp; 180 m2/g Stiffness of about 340 ± 50 N m-1. Strength of 42 N m-1 or 130 GPa Magnetic property above 10 Teslas Stress tolerance t 4.0 ±0 <iframe width="650" height="330"...

Features Density : 1 to 8 grams per cm3 Tensile Strength : 28MPa Specific Surface Area : 2450 m2/G Electrical Conductivity : 3650 S/cm Carbon Content : approximately 98%

Technical Specifications The Product Code of Graphene Oxide Dispersion is M2450A1 It has a concentration of up to 4 mg/mL and A pH between 2.2 and 2.5. It has a flake size of around 2 - 4 μm The flake thickness is approximately ~1 nm. Single Layer Ratio is&gt;95% (at 0.5 mg/mL). It appears to...

Technical Specifications of Graphene Dispersion Trade Names: Graphene dispersion or Single-layer graphene Chemical Formula: CxHy Category: 2D semiconductors, Carbon-based nanomaterials, Organic electronic materials Concentration: 10 mg/mL Base Solvent: Water Dimensions: 2 – 12 μm (size) ...