Research Grade 1-6Layers Aqueous Graphene Oxide Dispersion-Same Day Priority Shipping
ZMW 4090
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Research-grade Graphene Oxide Dispersion with 1-6 layers for various applications
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Product Details
| Item Weight | 1 lbs (450 grams) |
Who Should Buy?
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Researchers in Nanotechnology
Ideal for researchers conducting experiments that require high-quality graphene oxide for advanced nanotechnology applications.
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Material Scientists
Perfect for material scientists needing a reliable aqueous dispersion of graphene oxide for developing new materials.
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Educational Institutions
Beneficial for educational institutions looking to enhance their science programs with cutting-edge materials in graphene research.
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Casual Hobbyists
Not ideal for casual users without experience, as handling and applying graphene oxide requires specialized knowledge.
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Small-Scale Makers
Unsuitable for small-scale makers or tinkerers seeking basic supplies, as this product targets advanced applications.
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Budget-Conscious Buyers
May not suit budget-conscious buyers, as research-grade materials often come at a premium price that may exceed limits.
Product Description
Research Grade 1-6Layers Aqueous Graphene Oxide Dispersion-Same Day Priority Shipping
Customer Questions & Answers
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Question:
What are the primary applications of Research Grade Aqueous Graphene Oxide Dispersion?
Answer: Research Grade Aqueous Graphene Oxide Dispersion is widely utilized in various scientific and industrial applications. It is commonly used in nanotechnology, materials science, and electronics due to its exceptional conductivity and electrical properties. For example, this dispersion can improve the strength and flexibility of polymers, enabling the development of advanced composites. In the field of biomedical engineering, it is also explored for drug delivery and biosensing applications, thanks to its biocompatibility. -
Question:
How should I store Research Grade Aqueous Graphene Oxide Dispersion?
Answer: To ensure the integrity of Research Grade Aqueous Graphene Oxide Dispersion, it should be stored in a cool, dark place, ideally at a temperature between 2-8 degrees Celsius. This prevents degradation of the material over time. Additionally, keeping the container tightly sealed minimizes exposure to moisture and air, which can negatively affect its properties. For laboratory settings, it is recommended to label the containers with the date of opening and to monitor storage conditions routinely. -
Question:
What is the significance of the layer count (1-6 layers) in Graphene Oxide Dispersion?
Answer: The layer count in Graphene Oxide Dispersion is crucial as it dictates the material's properties and applications. Single-layer graphene exhibits superior electrical conductivity and mechanical strength owed to its unique atomic structure. In contrast, multilayer graphene can display different electrical and thermal properties, making it suitable for various applications. When selecting a layer count, consider how these attributes will affect your specific use cases, whether in manufacturing electronic components or developing innovative materials. -
Question:
Is Research Grade Aqueous Graphene Oxide Dispersion safe to handle?
Answer: While Research Grade Aqueous Graphene Oxide Dispersion is primarily considered safe for research use, handling should always be done with care. It is important to use appropriate personal protective equipment (PPE), such as gloves and safety goggles, to minimize any risk during use. Ensuring good laboratory practices will help in managing any potential hazards. Additionally, it’s essential to refer to the material safety data sheet (MSDS) for specific handling and safety guidelines relevant to your context. -
Question:
What is the difference between aqueous graphene oxide and other forms?
Answer: Aqueous graphene oxide is a form where graphene oxide is suspended in water, providing a convenient medium for various applications, especially where water solubility is crucial. In contrast, other forms of graphene oxide may not be soluble in water, which limits integration in certain applications. Aqueous dispersion is preferred in scenarios such as coating technologies or when formulating products requiring a liquid phase, making it ideal for creating composite materials in a more versatile manner. -
Question:
How is the quality of Research Grade Aqueous Graphene Oxide Dispersion determined?
Answer: The quality of Research Grade Aqueous Graphene Oxide Dispersion is assessed through parameters such as purity, concentration, and consistency in layer count. Manufacturers often employ advanced characterization techniques like Raman spectroscopy or scanning electron microscopy (SEM) to verify these factors. In research contexts, high-quality dispersion is critical as it significantly influences the reproducibility and reliability of experimental results. Thus, sourcing from reputable suppliers is essential for obtaining high-grade materials. -
Question:
Can I mix Research Grade Aqueous Graphene Oxide Dispersion with other materials?
Answer: Yes, Research Grade Aqueous Graphene Oxide Dispersion can often be mixed with various solvents and polymers depending on the intended application. The ability to integrate it into different matrices can enhance the electrical and mechanical properties of composites. For instance, combining it with plastics can create stronger and lighter materials for automotive or aerospace applications. However, compatibility should be tested to ensure that the dispersive properties are maintained and application outcomes are optimized. -
Question:
What considerations should I have in mind when using this dispersion in experiments?
Answer: When using Research Grade Aqueous Graphene Oxide Dispersion in experiments, consider factors such as compatibility with other materials, potential reactivity, and the specific experimental conditions. It’s crucial to ensure that your choice of dispersion aligns with your research goals, whether you are aiming for optimal conductivity or mechanical enhancement. Adequate mixing techniques and concentrations should also be assessed to achieve the desired results while avoiding sedimentation or phase separation. -
Question:
What testing methods are suitable for analyzing samples with this dispersion?
Answer: Samples using Research Grade Aqueous Graphene Oxide Dispersion can be analyzed through various testing methods like UV-Vis spectroscopy, cyclic voltammetry, and transmission electron microscopy (TEM). Each of these approaches provides insights into the dispersion quality, electronic properties, and morphological characteristics of the samples. Employing a combination of these methods usually yields a comprehensive understanding of how the dispersion performs in your specific application area, assisting in further research and development. -
Question:
Where can I buy Research Grade 1-6Layers Aqueous Graphene Oxide Dispersion in Zambia?
Answer: You can buy Research Grade 1-6Layers Aqueous Graphene Oxide Dispersion at Ubuy. They offer a variety of products including this dispersion and ensure that you can easily find what you need for your research or industrial applications. Ubuy provides convenient options to explore different brands and specifications, catering to both bulk and individual needs. Visit their website to view the available options in your region.
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Pros
- High purity level
- Excellent dispersion stability
- Versatile applications
- Fast shipping
- Cost-effective solution
Cons
- Limited shelf life
Product Price History
Important information
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ZMW 4090
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Features & Benefits
- Brown liquid with diameter ranging from 0.5-5um and thickness ranging from 1-6 layers in water solvent
- Comes in concentrations of 5mg/ml and 10mg/ml
- Prepared using the Hummers-Sonication method
- Suitable for adsorption, separation, catalysis, solid phase extraction, detection and sensors