Detailed guide on nguồn sáng UV Bước sóng selection, comparing characteristics and applications of different Bước sóngs
| Bước sóng | Photon Energy | Features | Applications |
|---|---|---|---|
| 365nm | 3.39eV | High energy, strong penetration, fast curing | Deep curing, high adhesion requirements, thick Sơn phủs |
| 385nm | 3.22eV | Balanced energy, good material compatibility | general curing, medium thickness Sơn phủs |
| 395nm | 3.14eV | Công nghiệp standard, excellent material compatibility, minimal eye interference | In ấn, Sơn phủ, Điện tử manufacturing, Y tế |
| 405nm | 3.06eV | Lower energy, minimal thermal effect, high safety | Surface curing, heat-sensitive materials, Y tế-grade applications |
| Application Area | Recommended Bước sóng | Reason |
|---|---|---|
| In ấn Industry | 395nm | Balances curing efficiency and ink compatibility |
| Điện tử Manufacturing | 365nm/395nm | Depends on Keo dán type and curing requirements |
| Y tế Industry | 405nm | Low irritation, suitable for Y tế-grade materials |
| 3D In ấn | 405nm | Low thermal effect, uniform curing |
| Nail Art | 395nm/405nm | Fast curing, high safety |
| Wood Sơn phủ | 365nm/385nm | Deep curing, improved adhesion |
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Professional UVC Measurement
Features: 253.7nm Bước sóng detection
Đa chức năng máy đo năng lượng UV
Features: Multi-Bước sóng detection
general UV Energy Measurement
Features: Độ chính xác cao measurement
Bước sóng Selection Recommendations:
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