Main Highlights Material: Pure Lithium (≥ 99.9%) Appearance: Silvery-white, metallic, soft Thickness Range:0.02 mm to 2 mm (customizable) Width Range: 20 mm to 300 mm Density :~0.534 g/cm³ Melting Point:180.5 °C (356.9 °F) Boiling Point:1342 °C (2448 °F) Electrical Conductivity: ~1.08...

Main Features Efficient electrical conductivity Optimal transparency Uniform coating Lower electrical resistance Excellent electromagnetic shielding properties Thermally/chemically stable product

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 Highlights Chemical Composition: 100% pure nickel Form: Solid at room temperature Physical Appearance: Silvery-white metal with a subtle golden tint Mechanical Properties: Ductile and malleable also can be rolled into very thin sheets without cracking Thermal Performance: Maintains strength at high temperatures Melting Point:...

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 and Benefits Its highly conductive. Excellent optical transmittance. Made for many optoelectronic applications. Typically the transmittance at 550nm is more than 80%. Haze is around 9%. FTO coating's maximum operating temperature is 450 °C FTO7Y Resistivity - 7 ohms/sq. &...

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...

Features High-end, fine-quality polyester film Excellent transmittance power Enhanced resistance characteristics Precise ITO coating improves substrate strength, durability, and quality Easily connectable using conductive inks, conductive adhesives/paints, and many more Excellent for EMI-shielding...

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 Product Name: ITO Coated PEN sheet Resistivity - 12 ohms/sq Dimension - 290mm x 210mm & 100mm x 100mm Sheet Thickness - 0.125 mm ITO layer thickness - >150nm Transmittance > 75% Haze - 2% Surface Roughness - less than 1

Features Surface Resistivity – < 1 Ohms/Sq. Coating Thickness – 500 nm Substrate Thickness – 0.8 mm, 2.0 mm Transmittance – Null Coating – One-sided Customization – Available

Main Features High-efficiency sheet/film/glass coatings Advanced electron beam coating method used Excellent level of resistance, absorbance, transmittance, and reflectance of the substrate Customized coating pattern and thickness achievable Multiple coating options available Constant high-end product...

Main Highlights Produce Code - AZOSE Resistivity - ≤ 10 ohms/sq. Transmittance - ≥ 81% Coating Thickness - 850 nm Substrate Thickness - 3.2 mm Maximum operating temperature is 600 °C. Made for LCD's, RF-EMI shielding, solar cell fabrication, optoelectronic devices, photovoltaics, etc.