Item #:
142579976
10 Grams Research Grade Multi Wall Carbon Nanotubes Powder, MWCNTs, Outer Diameter 8-15nm, Length 3-12m, Purity 95%
Item #:
142579976
XCD 132
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What Stands Out
High Purity
With 95% purity, this research-grade powder ensures reliable results in experiments, significantly reducing contamination concerns and enhancing the reproducibility of scientific findings.
Optimal Dimensions
The outer diameter of 8-15nm and length of 3-12μm make these MWCNTs ideal for various applications, providing the perfect balance of strength and conductivity for advanced research.
Research Ready
Packaged in 10 grams, this powder is specifically tailored for laboratory settings, simplifying usage in experiments and making it a convenient choice for researchers needing precise quantities.
Product Details
| Package Weight | 1 Pound |
Who Should Buy?
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Material Scientists
Ideal for researchers investigating nanomaterials and composites, enabling advanced experiments with enhanced properties.
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Nanoelectronics Researchers
Perfect for developing nanoscale electronic components due to its excellent electrical and thermal conductivity.
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Biomedical Applications
Beneficial for scientists in drug delivery and tissue engineering, leveraging the unique properties of MWCNTs.
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Casual Hobbyists
Not suitable for non-professionals lacking knowledge in nanotechnology and safety protocols for handling materials.
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General Consumers
Not intended for everyday use or consumer product applications, requiring specialized handling and zero impurities.
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Low Budget Projects
Too expensive for projects requiring minimal material, as high purity and grade come with a higher price.
Product Description
10 Grams Research Grade Multi Wall Carbon Nanotubes Powder, MWCNTs, Outer Diameter 8-15nm, Length 3-12m, Purity 95%
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Customer Questions & Answers
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Question:
What are Multi Wall Carbon Nanotubes (MWCNTs) used for?
Answer: Multi Wall Carbon Nanotubes (MWCNTs) are utilized in a variety of applications due to their exceptional mechanical, electrical, and thermal properties. They are widely used in composites to enhance strength and conductivity, in electronics for field-effect transistors, and in energy storage systems such as batteries and supercapacitors. Furthermore, MWCNTs are integral in research fields including nanotechnology, drug delivery, and sensor technology, where their unique structural advantages enable innovative solutions. -
Question:
What is the significance of the purity level of 95% in MWCNTs?
Answer: A purity level of 95% in Multi Wall Carbon Nanotubes ensures a high degree of quality, which is critical for research and industrial applications. Higher purity reduces the risk of contamination with impurities that could affect performance characteristics. For example, in electronic applications, high purity MWCNTs improve conductivity and the overall functionality of devices, ensuring more accurate results and reliable performance in scientific research. -
Question:
How should I store MWCNTs powder for optimal preservation?
Answer: To preserve the quality of MWCNTs powder, it is crucial to store it in a cool, dry place, away from direct sunlight and moisture. Ideally, you should keep the powder in a sealed, inert atmosphere container to prevent agglomeration and deterioration. By following these storage guidelines, researchers and manufacturers can ensure that MWCNTs retain their properties over time, thus maintaining their efficacy in various applications. -
Question:
Can I use MWCNTs in 3D printing applications?
Answer: Yes, MWCNTs can be incorporated into 3D printing filaments to enhance the mechanical properties of printed parts. By adding MWCNTs to polymers, you can achieve stronger, lighter, and more conductive materials, ideal for advanced applications in aerospace, automotive, and medical devices. This integration allows for innovative designs while ensuring durability, making MWCNTs a valuable resource in the pursuit of high-performance 3D printed components. -
Question:
What are the potential health and safety considerations when handling MWCNTs?
Answer: When handling MWCNTs, it is essential to follow safety guidelines to minimize inhalation or skin exposure. Always use personal protective equipment such as gloves, masks, and goggles. Ensure the workspace is well-ventilated or use appropriate filtration systems. Awareness of potential risks, such as respiratory effects, helps maintain a safe working environment. Implementing best practices ensures the responsible use of MWCNTs in laboratories or manufacturing setups. -
Question:
Are there specific applications where MWCNTs demonstrate superior performance?
Answer: MWCNTs demonstrate superior performance in applications requiring lightweight yet strong materials, such as in aerospace and automotive industries for manufacturing components. Additionally, their excellent thermal and electrical conductivity makes them ideal for sensors, energy storage devices, and flexible electronics. This multifaceted applicability showcases why MWCNTs are increasingly favored in cutting-edge technological advancements across various sectors. -
Question:
What is the importance of the outer diameter and length specifications?
Answer: The outer diameter (8-15nm) and length (3-12μm) specifications of MWCNTs directly influence their mechanical and electrical properties. Narrower diameters often enhance electrical conductivity, while longer lengths increase the strength of composites. These specific characteristics allow researchers and engineers to tailor materials to meet the precise demands of their applications, offering customization options for enhanced performance in various industrial and scientific fields. -
Question:
Can MWCNTs be functionalized for specific applications?
Answer: Yes, MWCNTs can be functionalized to enhance their compatibility with various matrices in applications. Functionalization modifies the surface properties, allowing for better dispersion in polymers or enhanced interaction with biological molecules in biomedical applications. This versatility enables the use of MWCNTs in a broader array of products, maximizing their potential benefits and paving the way for innovation in nanotechnology and materials science. -
Question:
How do MWCNTs contribute to energy efficiency in applications?
Answer: MWCNTs contribute to energy efficiency by improving the performance of energy storage devices like batteries and supercapacitors. Their high surface area facilitates faster charge/discharge cycles, leading to more efficient energy storage solutions. By incorporating MWCNTs into components, manufacturers can create lighter, more efficient systems essential for modern electronics and green technology, promoting overall energy conservation. -
Question:
Where can I buy 10 Grams Research Grade Multi Wall Carbon Nanotubes Powder in Grenada?
Answer: You can purchase 10 Grams of Research Grade Multi Wall Carbon Nanotubes Powder at Ubuy in Grenada. This platform offers a wide range of chemical products, ensuring you receive quality materials for your research and development needs. With their reliable service, Ubuy provides a convenient shopping experience tailored to researchers and professionals in various fields.
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XCD 132
Order now and get it around Monday, July 27
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Secured transaction
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Features & Benefits
- High purity multiwall Carbon nanotubes with ≥ 95wt% for superior performance.
- Versatile applications in energy storage, catalyst support, and conductive inks.
- State-of-the-art production using Chemical Vapor Deposition (CVD) for quality assurance.
- Ultra-fine dimensions with an inner diameter of 3-5nm and outer diameter of 8-15nm.
- High specific surface area (>233m2/g) for enhanced functionality and effectiveness.
- Reliable tap density of 0.15g/cm3 ensures ease of handling and application.