Amnium Technologies Pvt Ltd

Kothrud, Pune, Maharashtra

• MOQ 1 Litre

Monodisperse silver nanoparticles in as 0.02 mg/ml suspension in DI water

• MOQ 1 Litre

PVP capped silver nanoparticles of 100 -200 nm

• Purity99.9%
• ApplicationConductive inks, pastes, etc.
• Brand NameAmnium Technologies
• AppearanceWine red or bright yellow suspension (varies based on concentration)

• Purity99 %
• UsageIndustrial
• Physical StateGranules
• BrandAmnium Technologies
• Grade StandardReagent Grade

• Purity99%
• Packaging TypeReagent bottle, Double layered plastic bags
• Packaging SizeAs per requirement
• ColourBrown as powder, yellowish as suspension
• Physical StatePowder
• Grade StandardReagent Grade

• Grade StandardAnalytical Grade
• Purity99.9 %
• Packaging TypeReagent bottle
• Melting Point (deg. Celsius)962
• Physical StatePowder
• UsageLaboratory
• BrandAmnium Technologies
• Form of ChemicalsSolid
• Usage/ApplicationAntimicrobial/ Conductivity application
• ColorBlack or gray powder, Yellow to brown after dispersing in solvent
• CAS Number7440-22-4
• Density (g/cm Cube)10.5

• MOQ 10 Gram
• Raw MaterialSilver
• Silver content 25-30%Particle size: monodisperse: 30-50 nm/1-2 microns, or combination of both
• Conductivity on immediate drying: 0.05-0.1 ohm/sq/milSintering temperature: 150-200 Celcius

• MOQ 1 Litre
• Diameter ~ 50 nmAspect ratio > 500

Copper nanowires of high aspect ratio. Supplied in 1% suspension in ethanol

• MOQ 10 Gram
• Colour: Burnt Sienna to OchreParticle size: 30-50 nm, 1-2 microns (bimodal)
• Sintering temperature:150-200 CConductivity without sintering:0.05-1 ohm/sq/mil

• MOQ 1 Gram
• Aspect ratio: 250-500Best performance of bare suspension: 72 ohm/sq, 94 % transmittivity
• Silky whiteDiameter: 50 nm

Silver nanowires of 50 nm diameter and 10 to 30 micron length. Available in 5% ethanol based suspension. Also available in other diameters with similar aspect ratio.

• MOQ 10 Gram
• Colour: GraySize: 30-50 nm

Silver nanopowder of 30-50 nm. Suitable for making conductive inks/pastes

Monodisperse nickel nanoparticles