Zhangjiagang Kangde Xin Optronics Material Co., Ltd.
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Filem Tetingkap Penebat Haba Terpercik Magnetron Logam
Filem Tetingkap Penebat Haba Terpercik Magnetron Logam
Filem Tetingkap Penebat Haba Terpercik Magnetron Logam

Filem Tetingkap Penebat Haba Terpercik Magnetron Logam

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    JenamaAURORA

    OriginCHINA

    Penerangan
    Penerangan produk

    Sputtering magnet ialah teknik pemendapan filem nipis berdasarkan pemendapan wap fizikal (PVD), yang menggunakan medan magnet untuk mengawal pergerakan elektron di bawah keadaan vakum, membolehkan pemendapan atom daripada sasaran logam atau aloi ke permukaan substrat untuk membentuk filem yang seragam dan padat. Prinsip teras dan langkah-langkah proses adalah seperti berikut: Penubuhan persekitaran vakum – keseluruhan proses pemendapan berlaku dalam ruang vakum tinggi, di mana tekanan dikekalkan antara 10⁻³ dan 10⁻¹ Pa untuk mengelakkan kekotoran bawaan udara daripada menjejaskan ketulenan filem dan kestabilan struktur.

    Filem tingkap penyekat haba Filem Tetingkap Penebat Haba Sputtered Bahan sasaran dan konfigurasi substrat: Pilih bahan sasaran yang sesuai berdasarkan keperluan prestasi filem tingkap; pilihan biasa termasuk aloi perak, titanium dan nikel-kromium. Substrat biasanya adalah filem PET (polietilena tereftalat), yang mempamerkan penghantaran cahaya dan kekuatan mekanikal yang sangat baik.

    Sputtered Heat-Insulating Window Film

    Interaksi sinergistik antara medan magnet dan elektrik: Menggunakan medan magnet pada bahagian belakang bahan sasaran menghasilkan medan elektromagnet ortogon yang berinteraksi dengan medan elektrik dalam ruang, mendorong gerakan heliks elektron di sepanjang permukaan sasaran. Ini meningkatkan kebarangkalian perlanggaran dengan molekul argon, menghasilkan sejumlah besar ion argon. Ion argon filem tingkap penyekat haba kemudiannya dipercepatkan oleh medan elektrik dan mengebom permukaan sasaran, menyebabkan detasmen atom dan pemendapan ke substrat PET.

    Pemendapan komposit Berbilang Lapisan Filem Penebat Haba Sputtered : Dengan mendepositkan lapisan logam atau aloi yang berbeza secara berselang-seli, struktur komposit berbilang lapisan terbentuk, yang bukan sahaja meningkatkan prestasi penebat haba filem tingkap tetapi juga mengelakkan isu perisai isyarat yang berkaitan dengan lapisan logam tunggal, sambil meningkatkan rintangan kakisan dan ketahanan filem.

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