| 3 Dimensional Networked Carbon NanoMaterials for Energy Storage and Power Transmission Applications |
| High resolution TEM image of SCNTE LLC carbon nanomaterial |
Carbo Thermal Carbide Conversion
SCNTE produces NON CATALYTICALLY GROWN carbon nanomaterial specifically for
research, electronic, and electrochemical applications. Our carbon nanotube and
related materials are produced via solid state chemistry from ultra high quality
carbides via our patented CarboThermal Carbide Conversion process.
The use of the CTCC process enables us to ensure strict batch to batch consistency, ultra
high purity, optimized metallically conductive chirality, as well as high defect rates yielding
superior electrochemical behavior. This means our customers produce more sensitive
sensors, higher performance batteries, and better chemistries.
SCNTE produces NON CATALYTICALLY GROWN carbon nanomaterial specifically for
research, electronic, and electrochemical applications. Our carbon nanotube and
related materials are produced via solid state chemistry from ultra high quality
carbides via our patented CarboThermal Carbide Conversion process.
The use of the CTCC process enables us to ensure strict batch to batch consistency, ultra
high purity, optimized metallically conductive chirality, as well as high defect rates yielding
superior electrochemical behavior. This means our customers produce more sensitive
sensors, higher performance batteries, and better chemistries.
Electronic and Electrochemical Grade Carbon
NanoMaterials
SCNTE produces the only electronic and electrochemical grade carbon
nanotubes and nanomaterials in the world.
No purification needed prior to use
High SWCNT Bundle Content Yields Superior Li Storage Potential
Ultra Low Amorphous Carbon Content
Ultra High Edge Plane Character Yields Superior Electrochemistry
Multiple Form Factors, Including Yarns, Planar Arrays, and Fibers
NanoMaterials
SCNTE produces the only electronic and electrochemical grade carbon
nanotubes and nanomaterials in the world.
No purification needed prior to use
High SWCNT Bundle Content Yields Superior Li Storage Potential
Ultra Low Amorphous Carbon Content
Ultra High Edge Plane Character Yields Superior Electrochemistry
Multiple Form Factors, Including Yarns, Planar Arrays, and Fibers
NanoSilC Non Spun NanoCarbon Yarn
carbon, nano, CNT, swcnt, li, edge plane, arrays,
bulk, chirality, batteries, sensors, capacitors, carbon
nanotube, swcnt, mwcnt, graphene, lithium, sodium,
electrochemical, sensor, catalyst, cvd
bulk, chirality, batteries, sensors, capacitors, carbon
nanotube, swcnt, mwcnt, graphene, lithium, sodium,
electrochemical, sensor, catalyst, cvd
carbon, nano, CNT, swcnt, li, edge plane, arrays,
bulk, chirality, batteries, sensors, capacitors, carbon
nanotube, swcnt, mwcnt, graphene, lithium, sodium,
electrochemical, sensor, catalyst, cvd
bulk, chirality, batteries, sensors, capacitors, carbon
nanotube, swcnt, mwcnt, graphene, lithium, sodium,
electrochemical, sensor, catalyst, cvd
| Sustainable Carbon NanoTechnology and Engineering LLC |
| Engineered NanoCarbon Materials for Power Storage and Transmission |
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Contact Us
Webstore
NanoSilC
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Materials
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Electrochemistry
Energy Storage
Business
| Contact: info@scnte.com Phone: 937.602.4544 7278 North US68 Wilmington, OH 45177 |