Overview of Aerogel sheet
Aerogels iku ultralight, bahan keropos sing dikenal kanthi sifat insulasi sing luar biasa, Kapadhetan kurang apik banget, lan rasio kekuatan-kanggo-bobot luar biasa. Asring diarani minangka “kumelun beku” amarga katon ethereal, aerogel diprodhuksi kanthi ngganti komponen cair saka gel karo gas, biasane liwat pangatusan supercritical, sing nyegah ambruk struktur gel. Utamane dumadi saka hawa (nganti 99.98%), bahan iki nuduhake Uploaded saka sudhut ciri unik sing nggawe wong terkenal ing macem-macem industri.
Features of Aerogel sheet
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Kapadhetan banget Low: Aerogels minangka sawetara barang padhet sing paling entheng ing donya, karo Kapadhetan minangka kurang minangka 0.001 gram saben centimeter kubik.
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Insulasi sing apik banget: Padha duwe konduktivitas termal banget kurang, nggawe wong antarane insulators paling dikenal kanggo manungsa, efektif ing suhu saka -270 ° C nganti 1.000 ° C.
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Porositas dhuwur: Kanthi struktur keropos sing bisa tekan nganti 99.9%, aerogels duwe area lumahing internal luar biasa gedhe, nambah fungsi ing aplikasi panyerepan lan katalisis.
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Translucent kanggo Transparan: Gumantung ing komposisi, aerogel bisa ngirim cahya, menehi tampilan semi-transparan utawa transparan sing unik.
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Kekuwatan Mekanik: Senadyan katon rapuh, aerogel bisa direkayasa kanggo nduweni kekuatan mekanik sing signifikan, bisa nanggung bobot sing cukup.
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Kimia Inert: Akeh aerogels sing kimia stabil lan tahan kanggo korosi, nggawe wong cocok kanggo lingkungan atos.
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Parameters of Aerogel sheet
Aerogel sheet parameters refers to the values of various aspects that influence the surface properties and performance of an aerogel sheet such as its surface roughness, flexural strain, erosion resistance, lsp. These parameters can be obtained by taking into account various factors such as the type of aerogel, the surface conditions (e.g., temperature, humidity), and the strength and distribution of stress on the sheet. The values of these parameters can be used to optimize the surface design for specific applications such as aerospace structures, biomedical devices, or industrial processes.
One common approach to determining aerogel sheet parameters is through a simulation method. This involves creating a physical model of the aerogel sheet and calculating its properties based on simulation data. For example, the material’s density, refractive index, and composition can be used to calculate the surface roughness and flexural strain. Similarly, the resistance to deformation, shear strength, and tensile strength can be calculated using statistical models.
Another method to determine aerogel sheet parameters is through physical testing. This involves measuring the aerogel sheet under different conditions, such as pressure, temperature, and humidity. The results can then be used to refine the sheet’s parameters by adjusting their values until the desired surface properties are achieved.
In addition to numerical methods, there are also experimental techniques that can be used to determine aerogel sheet parameters. For example, using optical means to observe the characteristics of the aerogel sheet under different conditions can provide valuable information about its properties. Kajaba iku, studying the interplay between various aerogel sheet parameters can help guide the design process and improve the efficiency and performance of the final product.
Sakabèhé, aerogel sheet parameters play a crucial role in determining its properties and performance. By understanding these parameters, manufacturers can design aircrafts, biomedical devices, and other applications with optimized aerogels.
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Applications of Aerogel sheet
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Isolasi termal: Digunakake ing aerospace kanggo isolasi pesawat ruang angkasa, lan ing bangunan komersial lan omah kanggo jendhela hemat energi lan bahan insulasi.
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Remediasi Lingkungan: Aerogels’ area lumahing dhuwur ndadekake efektif kanggo nyerep polutan kaya tumpahan lenga lan logam abot saka banyu.
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Penyerapan swara: Struktur keropos kasebut nyerep gelombang swara kanthi efektif, nggawe migunani ing aplikasi nyuda gangguan.
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Elektronika: Aerogels’ konduktivitas termal kurang lan sifat insulasi listrik nemokake aplikasi ing teknologi semikonduktor lan baterei.
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Optik lan Photonics: Aerogel tembus digunakake ing piranti optik, struktur cahya-nuntun, lan minangka saringan.
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Pangiriman Obat: Tlatah permukaan sing dhuwur bisa digunakake kanggo ngeculake obat sing dikontrol, nggawe aerogels calon kanggo aplikasi medical majeng.
Profil Perusahaan
Graphne Aerogels minangka pemasok bahan kimia global sing dipercaya & Produsen kanthi pengalaman luwih saka 12 taun nyedhiyakake produk aerogel lan graphene kanthi kualitas super.
Perusahaan iki nduweni departemen teknis profesional lan Departemen Pengawasan Kualitas, laboratorium sing dilengkapi kanthi apik, lan dilengkapi peralatan testing majeng lan pusat layanan customer sawise-sales.
Yen sampeyan nggoleki graphene sing berkualitas tinggi, airgel lan produk relatif, please aran gratis kanggo hubungi kita utawa klik ing produk needed kanggo ngirim priksaan.
Cara Pembayaran
L/C, T/T, Western Union, Paypal, Kertu kredit etc.
Kintunan
Bisa dikirim liwat segara, dening udhara, utawa kanthi mbukak ASAP sanalika kuitansi mbayar maneh.
FAQs of Aerogel sheet
Q: Is Aerogel sheet fragile?
A: Aerogel tradisional rapuh lan rapuh; nanging, advancements wis mimpin kanggo pangembangan “fleksibel” utawa “kaku” aerogel sing njaga sifat unik nalika luwih awet.
Q: How is Aerogel sheet made?
A: Aerogel sheet is synthesized by replacing the liquid in a gel with gas without causing the structure to collapse. Iki biasane digayuh liwat pangatusan superkritis, ing ngendi pelarut diowahi dadi superkritis, ngidini kanggo nguap tanpa mbentuk antarmuka gas-cair sing bisa ngrusak struktur gel.
Q: Is Aerogel sheet expensive?
A: Secara historis, aerogel wis larang amarga proses manufaktur sing rumit. Nanging, kanthi kemajuan teknologi lan skala ekonomi, biaya sing mboko sithik sudo.
Q: Can Aerogel sheet conduct electricity?
A: Umume aerogel minangka konduktor listrik sing ora apik amarga keropos, sifat isolasi. Nanging, aerogels logam-oksida tartamtu bisa nampilake sifat semikonduktor utawa malah nindakake.
Q: Is Aerogel sheet environmentally friendly?
A: Aerogels dhewe ora nyebabake bebaya lingkungan, lan panggunaan ing insulasi bisa nyuda konsumsi energi. Nanging, proses produksi bisa uga kalebu bahan kimia sing mbutuhake penanganan lan pembuangan sing ati-ati.
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