Official SolarisChem distributor. High-purity fullerenes, organic semiconductors, & advanced polymer matrices engineered for Material Science & Life Sciences.
๐ Quantum Dots: Where innovation meets possibility! From next generation displays to medical breakthroughs, the applications of quantum dots has diverse applications across industries.
https://t.co/nI6oHvG0D5
#QuantumDots#TechInnovation#cnt#graphene#nanowires
New study shows that graphene-based TENGs could finally unlock natureโs wasted energy
Scientists may have finally found a solution to effectively harvesting energy from humans into electrical energy.
https://t.co/tNosK2WS4G...
#graphene#futuretech#graphenecouncil
Emfutur Advanced Corporation has signed an agreement of Research and Development collaboration with CEMATEP -(Crete-Greece) https://t.co/qQNDBLmC21 and IMT-(Bucarest-Romania) https://t.co/WjPsiW3QJX. The purpose of these agreements is to provide resources to develop new materials
Multi-walled carbon nanotubes (MWCNTs) dispersed in water-based solutions can act as rheology modifiers to adjust the flow properties of certain materials, such as paints and inks, improving their application and performance characteristics.
https://t.co/2UHx2COIQH
#mwcnt#ink
Multi-walled carbon nanotubes (MWCNTs) dispersed in water-based solutions have a variety of applications:
Coatings and Films: can be used to create conductive coatings and films for touchscreens, flexible electronics, and antistatic materials.
https://t.co/2UHx2COIQH
#coating
Another application of MWCNT W is:
Environmental Remediation: his high adsorption capacity and reactivity with contaminants make them effective in removing pollutants from water sources.
https://t.co/2UHx2COIQH
#CNT#graphene#nanowires#environmental#remediation#water
Multi-walled carbon nanotubes (MWCNTs) dispersed in water-based solutions have a variety of applications:
Sensors: The high electrical conductivity of MWCNTs enables the creation of sensitive and responsive sensors for detecting various analytes.
https://t.co/2UHx2COIQH
#CNT
Multi-walled carbon nanotubes (MWCNTs) dispersed in water-based solutions have a variety of applications:
Energy Storage Devices: MWCNTs' high surface area and excellent electrical conductivity improve energy storage and charge/discharge rates.
https://t.co/2UHx2COIQH
#storage
Multi-walled carbon nanotubes (MWCNTs) dispersed in water-based solutions have a variety of applications:
Conductive coatings: they can be used to create conductive coatings on various substrates, including plastics, fabrics, and paper.
https://t.co/2UHx2COIQH
#CNT#graphene
New product in our website.
MWCNT-W, aqueous dispersion of multi-walled carbon nanotubes with ionic dispersant.
Applications: energy production, sensors, heating elements, energy storage.
https://t.co/2UHx2COIQH
#CNT#graphene#nanowires#quantumdots
The preliminary program of our event is published in the website.
Please check it https://t.co/kY9zFsiwVY and let us know if there is any problem
NOW LIVE!!
https://t.co/ErgVNcItXR
Multi-walled carbon nanotubes (#MWCNTs) have a wide range of applications, for example in electronics and nanotechnology. They can be used as conductive elements in transistors, sensors, and interconnects due to their excellent electrical conductivity.
https://t.co/71L0bjCNVh
Graphene is very beneficial in the manufacture of sensors due to its special characteristics:
- surface to volume ratio
- unique optical properties
- great electrical conductivity
- high density and mobility of carriers
- high thermal conductivity
https://t.co/nI6oHvG0D5
#cnt
Applications of Graphene in the Medical Sector:
- Development of sensors based on graphene foam to improve prosthetics.
- Improved pressure sensors to increase the motor skills of the robots
- Graphene-based diagnostic tools
#graphene#cnt#quantumdots#fullerene#nanowires
In the laboratory, graphene oxide membranes have been shown to remove pollutants from water at an extraordinary rate. Today's research on graphene membranes is bringing the possibility of providing clean, safe drinking water.
https://t.co/nI6oHvG0D5
#graphene#cleanwater#cnt