Graphene

Nano Three-Dimensional Graphene Powder

Graphene, kutulukira kochititsa chidwi kwa zaka za zana la 21, imayimira kudumpha patsogolo mu sayansi yazinthu, kupereka kuphatikiza kosayerekezeka kwa zinthu zakuthupi zomwe zimatsutsa malire a zomwe poyamba zinkaganiziridwa kukhala zotheka.

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Overview of Nano Three-Dimensional Graphene Powder

Graphene ndi gawo limodzi la maatomu a kaboni opangidwa mu latisi ya hexagonal, kupanga zinthu ziwiri-dimensional ndi zinthu zodabwitsa. Zapezeka mu 2004, kuyambira pamenepo yakopa gulu la asayansi ndi mafakitale chimodzimodzi chifukwa cha kuphatikiza kwake kwapadera kwamphamvu, conductivity, ndi kusinthasintha. Graphene kwenikweni ndi imodzi, pepala lathyathyathya la graphite, zinthu zopezeka mu pensulo lead, koma mawonekedwe ake amasiyana kwambiri akapatulidwa kukhala gawo limodzi la atomiki.

Features of Nano Three-Dimensional Graphene Powder

  1. Mphamvu Zosayerekezeka: Graphene ndiye chinthu chodziwika bwino kwambiri, ndi mphamvu yamphamvu yozungulira 130 gigapascals, kuposa chitsulo ndi gawo la kupitirira 100.

  2. Kusinthasintha Kwambiri: Ngakhale mphamvu zake, graphene ndi yosinthika kwambiri ndipo imatha kupindika, zopindika, kapena kugubuduzika osasweka.

  3. Exceptional Electrical Conductivity: Imayendetsa magetsi bwino kwambiri, ndi ma elekitironi akuyenda pa liwiro loyandikira liwiro la kuwala, kuzipanga kukhala zabwino kwa zamagetsi.

  4. Thermal Conductivity: Graphene ndiwoyendetsa bwino kwambiri matenthedwe, kumwaza kutentha moyenera, zothandiza pakuwongolera kutentha.

  5. Kuwonekera: Ndi pafupifupi kuwonekera, kuyamwa kokha 2.3% wa kuwala, amene, kuphatikiza ndi conductivity yake, imapangitsa kuti ikhale yoyenera maelekitirodi owonekera powonetsa.

  6. Chemical Inert: Graphene imagonjetsedwa kwambiri ndi dzimbiri komanso imakhala yokhazikika pansi pamitundu yosiyanasiyana yamankhwala.

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Specification of Nano Three-Dimensional Graphene Powder

Specification of Nano Three-Dimensional Graphene Powder

Item Introduction

Nano three-dimensional graphene powder is a high-performance carbon material. It features an unique 3D permeable framework made from interconnected graphene sheets. This style gives the powder superb surface area, electric conductivity, and mechanical strength. It is ideal for usage in power storage space, sensing units, compounds, and catalysis.

Secret Qualities

The powder has a details surface of 500– 1200 m TWO/ g. Its mass density ranges from 0.02 to 0.08 g/cm SIX. The average bit dimension drops between 1 and 10 micrometers. Electric resistivity is typically below 10 ⁻³ Ω · centimeters. The material consists of over 99% carbon, with oxygen web content under 2%. Wetness degrees remain listed below 0.5% when saved appropriately.

Pureness and Structure

This graphene powder is created through a regulated chemical vapor deposition procedure. It consists of minimal contaminations such as sulfur, nitrogen, or steels. All batches undertake rigorous top quality checks to make sure uniformity. Micronutrient are maintained under 100 ppm unless or else specified.

Handling and Storage

Store the powder in a dry, great area far from direct sunshine. Maintain containers sealed to avoid wetness absorption. Usage standard laboratory security methods when managing. Prevent breathing and skin contact. Put on handwear covers and a mask throughout transfer or evaluating.

Packaging Options

The product can be found in secured aluminum foil bags or HDPE containers. Criterion sizes include 1 g, 5 g, 25 g, 100 g, and 500 g. Custom product packaging is available upon request. Each plan consists of a certificate of analysis with batch-specific data.

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Applications of Nano Three-Dimensional Graphene Powder

Applications of Nano Three-Dimensional Graphene Powder

Power Storage space

Nano three-dimensional graphene powder jobs well in batteries and supercapacitors. Its huge surface and strong conductivity assistance save even more energy. Instruments utilizing this material charge quicker and last longer. It is especially useful in lithium-ion batteries, where it enhances electrode efficiency and stability.

Zamagetsi

This powder improves the rate and performance of digital parts. It can be made use of in versatile displays, sensing units, and wearable tech. Because it conducts power so well and remains steady under stress, it assists produce smaller sized, lighter, and much more dependable tools. Engineers also use it to make far better heat-dissipating materials for chips and circuit boards.

Environmental Protection

The powder plays a vital role in cleansing water and air. Its porous framework traps contaminants like heavy steels and natural waste. It is made use of in filters and adsorbents that get rid of unsafe materials quickly and effectively. In some cases, it also assists break down pollutants when subjected to light, making it valuable in photocatalytic systems.

Compound Products

When mixed right into plastics, zitsulo, or porcelains, nano 3D graphene powder makes them more powerful and lighter. These boosted compounds are utilized in aerospace, zamagalimoto, and sporting activities devices. They withstand put on far better and take care of extreme temperature levels without shedding form or feature.

Biomedical Makes use of

Researchers are examining this material in medicine distribution and cells design. Its biocompatibility and capacity to carry molecules make it assuring for targeted therapies. It also reveals prospective in biosensors that discover illness early by recognizing little modifications in body fluids.

Applications of Nano Three-Dimensional Graphene Powder

  1. Zamagetsi: Mu transistors, touchscreens, ndi zamagetsi zosinthika chifukwa cha kusinthasintha kwake komanso kusinthasintha, zotheka kusintha kamangidwe ka chipangizo.

  2. Kusungirako Mphamvu: Monga ma electrode mu mabatire ndi ma supercapacitors, kupititsa patsogolo mphamvu yosungiramo mphamvu ndi mitengo yolipiritsa.

  3. Zomverera: Kukhudzika kwakukulu ndi kusinthika kumapangitsa graphene kukhala yabwino kwa masensa am'madzi ndi zachilengedwe.

  4. Zophatikiza: Kulimbitsa zinthu ngati mapulasitiki, zitsulo, ndi konkriti kuti muwonjezere mphamvu ndi conductivity.

  5. Kusefera kwa Madzi: Kapangidwe kake kakang'ono ka atomu kumathandizira kusefa koyenera kwa zonyansa, kuphatikizapo mchere, ma virus, ndi bacteria.

  6. Mankhwala: Zomwe zitha kugwiritsidwa ntchito zikuphatikiza machitidwe operekera mankhwala ndi ma bio-sensor chifukwa cha kuyanjana kwake ndi zinthu zapadera.

Mbiri Yakampani

Graphne Aerogels ndi ogulitsa odalirika padziko lonse lapansi & wopanga yemwe ali ndi zaka zopitilira 12 popereka zinthu zapamwamba kwambiri za airgel ndi graphene.

Kampaniyo ili ndi dipatimenti yaukadaulo yaukadaulo ndi dipatimenti yoyang'anira Quality, labotale yokhala ndi zida zokwanira, ndi okonzeka ndi zipangizo kuyezetsa patsogolo ndi pambuyo-malonda malo utumiki kasitomala.

Ngati mukuyang'ana ma graphene apamwamba kwambiri, airgel ndi zinthu wachibale, chonde omasuka kulankhula nafe kapena dinani zinthu zofunika kutumiza kufunsa.

Njira Zolipirira

L/C, T/T, Western Union, Paypal, Credit Card etc.

Kutumiza

Ikhoza kutumizidwa panyanja, ndi mpweya, kapena kuwululira ASAP mukangolandira risiti yobweza.

FAQs of Nano Three-Dimensional Graphene Powder

Q: Is Nano Three-Dimensional Graphene Powder safe for the environment and human health?
A: Kafukufuku wokhudza chilengedwe ndi thanzi la graphene akupitilira. Ngakhale graphene yokha imatengedwa ngati inert, nkhawa zilipo za kawopsedwe wa graphene oxide ndi zotumphukira zina, makamaka m’zamoyo za m’madzi.

Q: How is Nano Three-Dimensional Graphene Powder produced?
A: Graphene imatha kupangidwa m'njira zingapo, kuphatikizapo makina exfoliation (kupukuta zigawo za graphite pogwiritsa ntchito tepi yomatira), kuyika kwa nthunzi wa mankhwala (CVD), ndi kuchepetsa mankhwala a graphene oxide.

Q: Why is Nano Three-Dimensional Graphene Powder not yet widely used in commercial products?
A: Zovuta popanga ma graphene apamwamba kwambiri panjira yowongoka komanso yotsika mtengo zalepheretsa kukhazikitsidwa kwake kofala.. Kuphatikiza apo, kuphatikiza graphene mu njira zopangira zomwe zilipo kumafuna kupita patsogolo kwaukadaulo.

Q: Can Nano Three-Dimensional Graphene Powder be used to make stronger and lighter materials?
A: Mwamtheradi, Kuphatikiza kwa graphene kuzinthu zophatikizika kumawonjezera mphamvu ndi kuuma kwawo ndikuchepetsa kulemera, kuwapanga kukhala abwino kwazamlengalenga, zamagalimoto, ndi zida zamasewera.

Q: Does Nano Three-Dimensional Graphene Powder have any limitations?
A: Ngakhale graphene ali ndi zinthu zabwino kwambiri, mavuto akadali pakugwiritsa ntchito mphamvu zake zonse, monga kukwaniritsa kupanga kwapamwamba kwambiri, kuwongolera chizolowezi chake chokhazikika mu kompositi, ndi kuthetsa mavuto omwe angakhalepo pa thanzi ndi chilengedwe.

5 FAQs of Nano Three-Dimensional Graphene Powder

Frequently Asked Questions About Nano Three-Dimensional Graphene Powder

What is nano three-dimensional graphene powder?

This powder is made of graphene arranged in a 3D network at the nanoscale. Unlike flat graphene sheets, it has a porous, sponge-like structure. This gives it more surface area and better performance in many applications.

Why is the 3D structure important?

The 3D shape stops the graphene layers from sticking together. That keeps the material active and easy to use. It also helps electrons and ions move faster through the material. This makes it great for batteries, sensors, and other tech devices.

How is this powder made?

Scientists start with graphene oxide in water. They then use methods like freeze-drying or chemical reactions to build the 3D frame. After that, they remove oxygen to get pure graphene. The result is a lightweight, highly conductive powder.

What are the main uses?

People use this powder in energy storage, like lithium-ion and supercapacitor batteries. It also works well in catalysts, water filters, and flexible electronics. Its high surface area and conductivity make it useful wherever fast charge transfer or strong adsorption is needed.

Is it safe to handle?

In solid powder form, it is generally stable and safe. Still, users should avoid breathing in fine particles. Standard lab safety rules apply—wear gloves, eye protection, and a mask if handling large amounts. Always follow the safety data sheet provided by the supplier.

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