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Research Grade Granulated Graphene Nanoplatelets-Same Day Priority Shipping
€ 342
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Granulated Graphene Nanoplate is easier to operate and significantly improves the electrical conductivity of your materials.
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Détails du produit
- Product name: Granulated Graphene Nanoplatelets
- Appearance: Black Nanoplates
- Diameter: 5mm, Carbon Content: 99.5%
- Density: 0.3g/cm3
- Granulated Graphene Nanoplate, with good electrical conductivity, is made by pressing graphene nano-sheets. Compared to graphene powder, Granulated Graphene Nanoplate is easier to operate. When adding it to resin, rubber or plastic, it’ll better to improve the electrical conductivity of the matrix material.
| Item Weight | 1 lbs (450 grams) |
Product Technical Details
| Manufacturer | XFNANO |
DESCRIPTION DU PRODUIT
Questions et réponses des clients
-
question:
What are research-grade granulated graphene nanoplatelets used for?
répondre: Research-grade granulated graphene nanoplatelets are utilized in a variety of fields, including materials science, electronics, and biomedical applications. Their unique properties, such as high electrical conductivity, mechanical strength, and thermal resilience, make them ideal for enhancing composites, improving battery performance, and developing advanced coatings. These platelets can also be integrated into drug delivery systems and sensors, showcasing their versatility and potential in cutting-edge research. -
question:
How do granulated graphene nanoplatelets differ from standard graphene?
répondre: Granulated graphene nanoplatelets are smaller in size and have a distinct morphology compared to standard graphene sheets. Their larger surface area allows for more significant interaction with other materials, enhancing performance in various applications. Researchers opt for these nanoplatelets when fine-tuning properties for specific uses, such as increasing conductivity in electronic devices or optimizing strength in composite materials. -
question:
Are there any safety precautions when handling graphene nanoplatelets?
répondre: Yes, safety precautions are essential when handling graphene nanoplatelets. It is advisable to use personal protective equipment such as gloves and masks to avoid inhalation or skin contact. The nanoplatelets should be handled in a controlled environment, with proper ventilation and dust control measures in place to minimize exposure. Understanding safety protocols ensures a secure and responsible approach when working with these advanced materials. -
question:
Can I use granulated graphene nanoplatelets in 3D printing?
répondre: Absolutely! Granulated graphene nanoplatelets can be added to 3D printing materials to enhance their properties. They improve the mechanical strength and thermal stability of polymers, making the final printed objects more durable and functional. Incorporating these nanoplatelets can be particularly advantageous in creating prototypes or components for advanced applications in automotive, aerospace, and even healthcare industries. -
question:
What is the significance of using research-grade materials in experiments?
répondre: Utilizing research-grade materials, such as granulated graphene nanoplatelets, ensures high purity and consistency, which are crucial for replicable results in scientific experiments. These high-quality materials are specifically intended for research applications, providing reliable data and improved performance in experimental setups. This is vital for researchers looking to publish their findings or develop innovative solutions in their respective fields. -
question:
What characteristics should I look for when purchasing graphene nanoplatelets?
répondre: When purchasing graphene nanoplatelets, key characteristics to consider include purity levels, size distribution, and surface area. Higher purity levels ensure better performance in applications, while size distribution affects how the nanoplatelets interact with other materials. A broad surface area is generally preferred for applications requiring enhanced composite performance. Reviewing product specifications can help ensure the right choice for your specific research needs. -
question:
Are there any notable applications of granulated graphene nanoplatelets in energy storage?
répondre: Yes, granulated graphene nanoplatelets are increasingly being used in energy storage applications, particularly in batteries and supercapacitors. Their high electrical conductivity and large surface area allow for rapid charge and discharge cycles, significantly improving energy storage efficiency. Researchers are exploring their role in developing next-generation batteries that offer higher capacity and faster charging times, contributing to advancements in renewable energy technologies. -
question:
How should I store granulated graphene nanoplatelets to maintain their quality?
répondre: To maintain the quality of granulated graphene nanoplatelets, they should be stored in a cool, dry place, away from direct sunlight and moisture. It’s also recommended to keep them in airtight containers to prevent contamination or aggregation. Proper storage conditions help preserve their structural integrity and performance characteristics, ensuring they remain effective for research and industrial applications. -
question:
What are the common challenges faced when working with graphene nanoplatelets?
répondre: Common challenges when working with graphene nanoplatelets include agglomeration and dispersion in solvent-based systems. Agglomeration can lead to inconsistent properties, and achieving uniform dispersion often requires specialized techniques or surfactants. Researchers often develop tailored solutions, such as using ultrasonication or functionalization, to overcome these challenges, ensuring optimal performance in their applications. -
question:
Where can I buy research-grade granulated graphene nanoplatelets with same-day priority shipping in French Guiana?
répondre: You can buy research-grade granulated graphene nanoplatelets with same-day priority shipping at Ubuy. They offer a wide range of graphene products, ensuring that you receive high-quality materials tailored for your research needs. Ubuy is recognized for its efficient service, making it a reliable choice for acquiring advanced materials like graphene nanoplatelets in French Guiana.
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€ 342
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Caractéristiques et avantages
- Improves electrical conductivity of resin, rubber, and plastic.
- Made from high-quality graphene nano-sheets.
- Easy to operate compared to traditional graphene powder.
- Black nanoplates with a diameter of 5mm.
- High carbon content of 99.5% for enhanced performance.
- Low density of 0.3g/cm3 for versatile applications.
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