Multi-Fungsi Format Besar Low E Glass Vacuum Coating Machine Ketebalan 5 ~ 15nm
Multi-fungsi Low E Kaca Vacuum Coating Machine
,Mesin Lapisan Vakum Kaca E Besar
Kaca Low-E berarti Kaca Emisivitas Rendah yang merupakan jenis kaca hemat energi untuk bangunan. Secara umum, energi sinar matahari, panas inframerah mengandung sekitar 51,2%, cahaya tampak menempati sekitar 46,8% dari panas, ultraviolet dan sinar lainnya menempati sekitar 2%, jadi cahaya inframerah pada dasarnya adalah panas. Kaca pelapis tradisional dan kaca berwarna terutama didasarkan pada refleksi dan penyerapan cahaya tampak. Tetapi kaca Low E memiliki kemampuan untuk memungkinkan cahaya tampak melewati kaca sambil memblokir sejumlah sinar UV dan sinar IR tertentu. Jadi kinerja optiknya sangat meningkat.
Garis Pelapisan Kaca Emisivitas Rendah Otomotif Magnetron Sputter Efisiensi Tinggi
Low-E Glass Magnetron Sputter Coating Line Advanced Vacuum Magnetron Sputter Coating Production Line Specification: 1. 2540 X 3660 mm, 100" X 144" 2. 2540 X 6000 mm, 100" X 240" 3. Cycle time 60 s/ sheet 4. Single silver, double silver, triple silver Low-E glass Feature: 1. State-of-the-art vacuum ...
Jalur Lapisan Kaca Emisifitas Rendah Berhasil Tinggi Berkelanjutan dengan Lapisan Bertahan Lama dan Ukuran Disesuaikan
Continuous Low Emissivity Glass Coating Production Line Technical Features Identical 795mm vacuum compartment design enables flexible pump, gas separation, and cathode compartment positioning for enhanced process flexibility Advanced gas separation device prevents gas drifting between cathode ...
Sistem Pelapisan Vakum Kaca Emisivitas Rendah Ultra Jelas Kontrol PLC Kapasitas Besar
Model NO. SP-5000 Type Coating Production Line Coating Vacuum Coating Substrate Steel Certification CE Condition New Equipment Name Inline Magnetron Sputtering Vacuum Coating machine Technology DC or MID-Frequency Magnetron Sputtering Application Functional and Decorative Coating Purposes Coating ...
Garis Pelapisan Vakum Kaca Low E Skala Besar Horizontal
The rotary sputter cathode has many advantages compared with planar sputter cathode, such like: Higher utilization rate of target material Higher applicable sputter power and increasing of sputter rates Stability working in AC power supply (less arcing and poisoning) Flexibility in target materials ...
