Nanotech Innovations has carbon nanotube (CNT) arrays for sale. At present we offer vertically aligned CNTs on quartz, stainless steel, and silicon substrates. These arrays consist of high quality, uniform CNTs suitable for research and product development in a variety of areas such as microelectronics, sensors, power applications, etc. Description - High quality, vertically aligned CNT on a quartz substrate (other substrates may be available on request) - Produced by patented single source precursor method in CVD (Chemical Vapor Deposition) Properties - Up to 99% carbon basis - 10mm x 10mm x 1mm quartz substrate - Nanotube diameters 100nm ± 10% - Array height 30µm ± 10%
The perfect research and teaching companion - priced under $20,000 Looking for a research-grade instrument that also allows complete process control for your teaching environment? The versatile Nanotech Innovations SSP-354 provides a reliable source of carbon nanotubes for research projects and product development, while serving as a robust educational tool for academic labs. With a footprint of less than 4 sq.ft., the SSP-354 can be located virtually anywhere in your lab, even within standard fume hoods. The novel translucent gold shielding dramatically reduces radiative heating outside the furnace, while allowing visual inspection of the deposition process in motion. If you are enthusiastic to integrate nanotechnology into your research or curricula, look no further. We provide the system, materials and process conditions for you to harvest carbon nanotubes in just a few hours. - Perfect for the small laboratory or classroom. - Durable enough to handle heavy work volume. - Prepare students for a career in nanotechnology with hands on experience - Conduct original research of your own to contribute to this growing field. - Priced under $20,000 - save money without sacrificing quality. The Nanotech Innovations SSP‐354 is an inexpensive, benchtop system for producing high quality Multiwalled Nanotubes (MWNTs). - Single Source Precursor - No pre‐patterning of substrate with catalyst - Easy to use - Small footprint - Low consumable costs The CNT synthesizer produces MWNTs with less than 4% impurity. A researcher can produce a 300‐500 mg sample in a typical run with the system, giving them a more than sufficient amount of CNTs with which to conduct research or continue product development. Transparent Solid Tube Furnace Heating Chamber Dimension: 1.5” ID X 18.5” Long External Dimensions: 4.12” OD X 21.5” Long Electrical: 110 Volts, 1 Phase, 60 Cycle Heating Zones: Two (2) Zones Zone 1 length: 7” Zone 2 length: 11.5” Maximum Temperature: 1000°C. Thermogravimetric Analysis (TGA) confirms that as-grown CNT samples from the SSP‐354 have less than 4% iron catalyst impurity. This low level of initial impurity affords a vast number of applications across a wide range of fields. How do I set it up? All that is required is a 20amp outlet, proper venting for the exhaust tubing, and ¼” tubing connected to appropriate lab gas. Best results are achieved with 95%Ar 5%H but 100%Ar or N can be used as well. What does it come with? The system comes with the following: - 1 - Infusion pump - 1 - 25ml Syringe - 1 – 10ml Syringe - 3 – Injection needles - 3 - Quartz reactor tubes - 2 - injection nozzles - 1 - Stainless Steel endcap set (injection and exhaust - 1 - Set Swagelok tube fittings for carrier gas line - 1 - Box of 16 Precursor vials (25ml each) - 1 – User manual What if I need help? Our team is available to help with any issues that you might encounter with initial set up and operation. We get very few requests for assistance because of the SSP’s ease of use. How long does the nanotube growth process take and how large of a sample does it produce? A typical reaction utilizing our patented precursor solution will take about 3 hours from initial start up, through the growth period, to complete cool down and extraction of CNT sample. The resulting sample is typically a couple tenths of a gram (300-500mg).
CATEGORY
Carbon nanotubes (CNTs) are among the most important raw materials for use in tomorrow’s products. They pack the conductivity and strength of graphene sheets within nanoscale cylinders exhibiting extreme length-to-diameter aspect ratios. As such, CNTs are poised to continue impacting the materials, electronics, medical and energy sectors. Don’t be left behind. The SSP-354 is a simple to use chemical vapor deposition system providing you full control of the growth parameters for your desired CNTs. With just a single feedstock, high quality CNTs are grown on a quartz substrate that can reused over and over again. Our patented process employs an organometallic precursor that supplies catalytic nuclei necessary for CNT synthesis. Simply load the injector and press start; a carrier gas and adjustable thermal gradient provide the optimal conditions for vapor diffusion and growth within the hottest region of the instrument. No more catalyst pre-deposition. No more expensive substrate preparation. Our system also alleviates the time and effort typically required for post-growth purification. Raw CNTs prepared by the SSP-354 are low in residual catalyst and amorphous carbon impurities, as demonstrated by thermogravimetric analysis, Raman spectrometry and electron microscopy.
CATEGORY
Bringing Carbon Nanotube Technology to the Small Laboratory Our benchtop system for producing high-purity nanotubes provides affordable and convenient access to these exciting materials and enables their utilization in education, research, and product development projects. We have kept in mind the budgetary restraints that often exist in educational and research organizations, and our systems are priced accordingly.
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