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Nanotechnology Solutions

Other Products – TCT NANOTECH

SOLUTIONS NANOTECH

TCT NANOTECH has patented the technology for the generation of metal oxide nanoparticles with specific composition, size and morphology. Definition of morphology and dimensions of metal oxide nanoparticles is achieved by controlling the process conditions and particularly pressure, temperature and residence time of the reagents in the system step by step. Our plant is able to produce on industrial scale metal oxide nanoparticles such as Nano Zinc Oxide [ZnO], Nano Copper Oxide [CuO], Titanium Oxide [TiO₂], Nano Cerium oxide [CeO₂] and Nano Nano Aluminium Oxide [Al₂O₃]. The nanoparticles obtained have size less than 20 nm and are used as anticorrosive, thermo conductive, photo catalytic, thermo catalytic additives and much more depending on the chemical-physical properties of the selected nanoparticles.

NANOTECH ZnO ZINC OXIDE NANOPARTICLES

NANOTECH ZnO is composed by zinc oxide nanoparticles. These nanoparticles exhibit antibacterial, anti-corrosive, antifungal and UV filtering properties.

CHEMICAL NAME: ZnO
PHASE: Exagonal
PURITY: >99,95%
COLOR: White
APS: <30nm
MORPHOLOGY: Nearly Spherical
TRUE DENSITY: 5,4g/cm³
CAS N. 1314-13-2
PACKAGING: Different packages depending on your needs

Nano Zinc Oxide: features and applications

ANTIBACTERIAL / ANTIFUNGAL ACTIVITY
BIOCOMPATIBILITY AND BIODEGRADABILITY
COSMETICS
UVA-UVB ABSORBER
BIOMEDICAL MATERIALS
FERTILISERS
CORROSION PROTECTION
HEAT CONDUCTION AND DISSIPATION
ADDITIVE IN CERAMIC / LUBRICANTS / RUBBER / PAINTS / CONCRETE

Nano Zinc Oxide: features and applications

NANOTECH ZnO is composed by zinc oxide nanoparticles. These nanoparticles exhibit antibacterial, anti-corrosive, antifungal and UV filtering properties. This material is also biocompatible and biodegradable and therefore useful in biomedical and cosmetic applications. It is used as additive in several materials for its properties.

NANOTECH CuO – Copper Oxide nanoparticles

NANOTECH CuO is composed by copper oxide nanoparticles. It can be used in many applications where enhanced heat dissipation and heat transfer properties are desired, among other benefits.

CHEMICAL NAME: CuO
PHASE: Monoclinic
PURITY: >99,95%
COLOR: Black
APS: <30nm
MORPHOLOGY: Nearly Spherical
TRUE DENSITY: 6,4g/cm³
CAS N. 1317-38-0
PACKAGING: Different packages depending on your needs

Nano Copper Oxide: features and applications

HEAT TRANSFER AND DISSIPATION
CATALYST
ELECTRONICS
BIOSENSORS & ELECTROCHEMICAL SENSORS
ANTIMICROBIAL
ENERGY STORAGE & BATTERIES PRODUCTION
ADDITTIVE IN PROPELLANTS
HYDROGEN GENERATION FROM WATER
CO₂ REDUCTION

Nano Copper Oxide: features and applications

NANOTECH CuO is composed by copper oxide nanoparticles. It can be used in many applications where enhanced heat dissipation and heat transfer properties are desired. Its physical-chemical properties make it suitable for many applications in the field of electronics, sensors and energy storage. The catalytic activity is exploited in processes like hydrogen generation from water and CO₂ reduction.

NANOTECH TiO2 – Titanium Oxide nanoparticles

CHEMICAL NAME: TiO₂
PHASE: Anatase
PURITY: >99,95%
COLOR: White
APS: <30nm
MORPHOLOGY: Spherical
TRUE DENSITY: 3,9g/cm³
CAS N. 1317-70-0
PACKAGING: Different packages depending on your needs

Nano Titanium Oxide: features and applications

ABSORB POLLUTANTS
WATER AND AIR DEPURATION
PHOTOCATALYSIS
MAGNETIC PROPERTIES
PHOTOCATALYTIC AND POLLUTION-ABSORBING PAINTS
UV ABSORBER
ANTIBACTERIAL AND ANITESPTIC
COSMETICS
SELF-CLEANING MATERIALS
SEMICONDUCTORS AND METALLURGY

Nano Titanium Oxide: features and applications

NANOTECH TiO₂ is composed by titanium oxide nanoparticles. Its special ability to absorb pollutants and its photocatalytic and magnetic capabilities make it a nano material widely employed in many fields and especially in construction materials. Its UV shielding, antibacterial and antiseptic properties make it suitable for cosmetic applications as sunscreens and lotions.

NANOTECH CeO2 – Cerium Oxide nanoparticles

NANOTECH CeO₂ is composed by cerium oxide nanoparticles. Nano CeO₂ has a particularly high oxygen storage capacity that coupled with its ease of transition between trivalent and tetravalent states and its high natural abundance, makes it an excellent choice as a catalyst. It is unsoluble in water and hence often used for chemical mechanical polishing processes.

CHEMICAL NAME: CeO₂
PHASE: Cubic
PURITY: >99,95%
COLOR: Yellow
APS: <20nm
MORPHOLOGY: Cubic
TRUE DENSITY: 7,65g/cm³
CAS N. 1306-38-3
PACKAGING: Different packages depending on your needs

Nano Cerium Oxide: features and applications

CATALYST
HIGH OXYGEN STORAGE
UV ABSORBER
ANTIOXIDANTS IN BIOLOGICAL SYSTEMS
CHEMICAL MECHANICAL POLISHING
CORROSION PROTECTION
SOLAR CELLS
FUEL OXIDATION CATALYSIS

NANOTECH Al2O3 – Aluminum Oxide nanoparticles

NANOTECH AI₂O₃ is composed by aluminium oxide nanoparticles and can assume different phases. It can be used in many applications where acid and alkaline resistance, low friction and high thermal/low electrical properties are desired (including advanced ceramics and superconductors).

CHEMICAL NAME: AI₂O₃
PHASE: Corundum/Gamma
PURITY: >99,90%
COLOR: White
APS: <30nm/5nm
MORPHOLOGY: Spherical
TRUE DENSITY: 3,9g/cm³
CAS N. 1344-28-1
PACKAGING: Different packages depending on your needs

Nano Aluminum Oxide: features and applications

ACID AND ALKALINE RESISTANCE
LOW ELECTRICAL / HIGH TERMAL CONDUCTIVITY
ANTI-FRICTION AND HIGH DURABILITY
HIGH BIOCOMPATIBILITY
ADVANCED CERAMICS
BIOMATERIALS AND IMPLANTS
ADSORBANT

Nano Aluminum Oxide: features and applications

NANOTECH AI₂O₃ is composed by aluminum oxide nanoparticles and can assume different phases. It can be used in many applications where acid and alkaline resistance, low friction and high thermal/low electrical conductivity properties are desired (including advanced ceramics and superconductors). Its biocompatibility and low friction properties makes it vastly used in biomaterials and implants.

TCT NANOTECH

At TCT NANOTECH we consider innovation as the only way for human evolution to overcome well known challenges. In 2003 TCT made a bold move into nanotechnology applications, we got inspired by the innovation that these technologies can bring into so many different areas of our lives.