TECHSPEC® 类金刚石 (DLC) 镀膜锗窗口片在设计时考虑到了耐用性。这些窗口片的一个表面上具有高效的宽带增透膜,另一个表面上具有特殊设计的 DLC 镀膜,因此具有出众的透射率和环境耐受力。DLC 镀膜表面经过精心设计,可耐受从 -80 到 +120°C 的温度周期变化、持续 24 小时的盐雾、24 小时的浸盐溶解,以及沙土和泥浆混合物中的 5,000 次刮水器擦拭。此外,TECHSPEC® DLC 镀膜镀锗窗口片满足 MIL-C-675C的严重磨损要求。
Coating Specifications | ||
Specification | AR Coating | DLC Coating |
Adhesion | per MIL-C-48497A Paragraph 4.5.3.1 | per MIL-M-13508C Paragraph 4.4.6 |
Abrasion | Moderate, per MIL-C-48497A Paragraph 4.5.3.3 | Severe, per MIL-C-675C Paragraph 4.5.10 |
Humidity | per MIL-C-48497A Paragraph 4.5.3.2 | ≥24 Hours per MIL-C-675C paragraph 4.5.8 |
Salt Solubility | - | ≥24 Hours Immersion per MIL-C-675C paragraph 4.5.7 |
Salt Spray | - | ≥24 Hours per MIL-C-675C paragraph 4.5.9 |
Temperature (°C) | -80 to +160 per MIL-C-48497A Paragraph 4.5.4.1 | -80 to +160 per MIL-C-48497A Paragraph 4.5.4.1 |
Solubility and Cleaning | per MIL-C-48497A Paragraph 4.5.4.2 | - |
Water Solubility | 24 Hours, per MIL-C-48497A Paragraph 4.5.5.3 | - |
Wiper | - | ≥5,000 Wipes of Sand/Slurry per TS-1888 |
有效孔径 (%):
90
涂层:
S1: BBAR (8000-12000nm)
S2: DLC Coating
涂层规格:
AR: Ravg ≤0.5% @ 800 - 12000nm
努氏硬度 (kg/mm2) :
780
平行度(弧分):
<1
基底:
Germanium (Ge)
表面平整度:
λ/10 @ 10.6μm
表面质量:
60-40
波长范围 (μm):
8 - 12
波长范围 (nm):
8000 - 12000
Coating Abrasion:
AR: Moderate, per MIL-C-48497A Paragraph 4.5.3.3
DLC: Severe, per MIL-C-675C Paragraph 4.5.10
Coating Adhesion:
AR: per MIL-C-48497A Paragraph 4.5.3.1
DLC: per MIL-M-13508C Paragraph 4.4.6
Coating Humidity:
AR: per MIL-C-48497A Paragraph 4.5.3.2
DLC: ≥24 Hours per MIL-C-675C paragraph 4.5.8
Coating Salt Solubility:
AR: N/A
DLC: ≥24 Hours Immersion per MIL-C-675C paragraph 4.5.7
Coating Salt Spray:
AR: N/A
≥24 Hours per MIL-C-675C paragraph 4.5.9
Coating Solubility and Cleaning:
AR: per MIL-C-48497A Paragraph 4.5.4.2
DLC: N/A
Coating Temperature (°C):
AR: -80 to +160 per MIL-C-48497A Paragraph 4.5.4.1
DLC: -80 to +160 per MIL-M-13508C Paragraph 4.4.4
Coating Wiper Durability:
AR: N/A
DLC: ≥5,000 Wipes of Sand/Slurry per TS-1888
注意 :
Arrow on substrate edge points towards DLC coated surface