金属镀膜反射镜

美国CVI laser optics 设计和生产紫外到近红外波段的高性能光学器件，主要应用在激光的光束调节和传输方面，在业内有很高的知名度。金属镀膜反射镜:通过复合镀膜能实现在紫外波段到中红外波段的反射率和起保护作用的金属膜层。美国CVI laser optics生产的反射镜有超过350种镜片可供选择；设计入射角为0°或45°，覆盖波段从190nm 到 2000nm 提供金、银、铝等金属镀膜，用于提高反射率、起保护作用等；使用BK7或UVFS材料，能够实现λ/10表面质量的镜片；提供具有高反射率的镀膜镜片,如MaxMirror 和MaxBRlte 能在宽波段内实现大于98%的反射率。若是单面镀膜,会在未镀膜面用箭头指向镀膜面,方便使用。

IBS镀膜激光反射镜IBS 反射镜镀膜具有低损耗、高反射的特点在设计波长下可保证的激光损伤阈值高达 15 J/cm2@1064nm超精密磨光的基片可提供百万分之一级别的水平散射性能Additional Sizes Coming Soon通用规格基底:Fused SilicaTECHSPEC® IBS 镀膜激光反射镜采用离子束溅射 (IBS) 技术镀膜。这些激光反射镜专为要求极其严苛的激光应用设计，这些应用要求在其激光线波长下获得最高的反射量。离子束溅射镀膜使这些镜面的表面粗糙度低于其他镀膜技术，从而减少散射。密集的镀膜使 TECHSPEC® IBS 镀膜激光反射镜具有较高的环境稳定性，性能受温度、湿度等环境因素影响极小。该反射镜专为常用的 Nd:YAG 波长设计，并经过优化，可在其设计波长下提供高损伤阈值。如果您的应用需要定制尺寸的 IBS 激光反射镜或定制的 IBS 反射镜镀膜，请与我们联系.产品信息DWL (nm)Dia. (mm)厚度 (mm)AOI (°)产品编码35525.406.3545#34-83853225.406.3545#34-842106425.406.3545#34-84526612.706.3545#33-06635525.405.0045#89-45053225.405.0045#89-451106425.405.000#89-452106425.405.0045#89-453

圆柱形凹面金属镀膜反射镜材质BK7, UVFS直径公差+0/-0.1 mm中心厚度3 mm厚度公差±0.1 mm焦距公差±3 %通光孔径90%表面质量40-20 S-D表面图保护性倒角激光损伤阈值Protected Aluminum: 0.25 J/cm2 for 10 ns pulses @1064 nmProtected Silver: 1.8 J/cm2 for 10 ns pulses @1064 nmProtected Gold: 0.9 J/cm2 for 10 ns pulses @1064 nm圆柱形凹面金属镀膜反射镜用于将光线聚焦成无色差的细线。 作为金属涂层，反射镜在宽频谱范围内作为反射镜使用。 圆柱镜最常见的应用是光束扩展或线条生成。 Altechna提供金，银和铝作为标准涂层，但也可根据要求提供其他类型的镜面涂层，如铬，铜，电介质高反射或部分反射。1）受保护的黄金提供优异的宽带红外高反射率2）在整个可见光和近红外范围内，受保护的银比铝提供更高的反射率3）保护铝是VIS应用的经济解决方案4）紫外增强铝在很宽的范围内提供良好的反射率，主要用于紫外线应用5）可提供定制镜片，电介质HR涂层和正柱面镜片涂层尺寸，mm焦距，mm材质ROC, mm产品编号Protected Silver Ravg 96 % @ 550 nm - IR20 x 2051.5BK7-103.01-NCL-1-D200-[9AG0]Protected Silver Ravg 96 % @ 550 nm - IR20 x 20257.6BK7-515.11-NCL-1-F200-[9AG0]Protected Silver Ravg 96 % @ 550 nm - IR20 x 20515.1BK7-1033.21-NCL-1-G200-[9AG0]Protected Aluminum Ravg 85 % @ 400 nm - IR20 x 2025.8BK7-51.51-NCL-1-B200-[9AL0]Protected Aluminum Ravg 85 % @ 400 nm - IR20 x 2051.5BK7-103.01-NCL-1-D200-[9AL0]Protected Aluminum Ravg 85 % @ 400 nm - IR20 x 20128.8BK7-257.51-NCL-1-E200-[9AL0]Protected Aluminum Ravg 85 % @ 400 nm - IR20 x 20257.6BK7-515.11-NCL-1-F200-[9AL0]Protected Aluminum Ravg 85 % @ 400 nm - IR20 x 20515.1BK7-1033.21-NCL-1-G200-[9AL0]Protected Gold Ravg 96 % @ 750 nm - IR20 x 2025.84BK7-51.51-NCL-1-B200-[9AU0]Protected Gold Ravg 96 % @ 750 nm - IR20 x 2051.5BK7-103.01-NCL-1-D200-[9AU0]Protected Gold Ravg 96 % @ 750 nm - IR20 x 20128.8BK7-257.51-NCL-1-E200-[9AU0]Protected Gold Ravg 96 % @ 750 nm - IR20 x 20257.6BK7-515.11-NCL-1-F200-[9AU0]Protected Gold Ravg 96 % @ 750 nm - IR20 x 20515.1BK7-1033.21-NCL-1-G200-[9AU0]UV enhanced Aluminum Ravg 85 % @ 250 nm - 600 nm20 x 2011.4UVFS-22.91-NCL-2-A200-[9AL1]UV enhanced Aluminum Ravg 85 % @ 250 nm - 600 nm20 x 2022.9UVFS-45.71-NCL-2-B200-[9AL1]UV enhanced Aluminum Ravg 85 % @ 250 nm - 600 nm20 x 2040.0UVFS-80.01-NCL-2-C200-[9AL1]UV enhanced Aluminum Ravg 85 % @ 250 nm - 600 nm20 x 2045.7UVFS-91.41-NCL-2-D200-[9AL1]UV enhanced Aluminum Ravg 85 % @ 250 nm - 600 nm20 x 20114.3UVFS-228.51-NCL-2-E200-[9AL1]UV enhanced Aluminum Ravg 85 % @ 250 nm - 600 nm20 x 20228.5UVFS-4571-NCL-2-F200-[9AL1]UV enhanced Aluminum Ravg 85 % @ 250 nm - 600 nm20 x 20457.0UVFS-914.01-NCL-2-G200-[9AL1]Protected Silver Ravg 96 % @ 550 nm - IR20 x 2025.84BK7-51.51-NCL-1-B200-[9AG0]Protected Silver Ravg 96 % @ 550 nm - IR20 x 20128.8BK7-257.51-NCL-1-E200-[9AG0]定制你可以根据您的需求定制这个产品。如果您没有找到适合您的应用，请与我们联系，以便定制解决方案。

超快增强型银镀膜激光反射镜?600 - 1000nm 之间的反射率大于 99%?群延迟色散低 (0 ±20fs2)?非常适用于 Ti:Sapphire 激光?提供标准英制尺寸通用规格表面质量:10-5平行度（弧分）:有效孔径 (%):90后表面:Commercial Polish涂层规格:Ravg99% @ 600 - 1000nm, 0°Rs99% @ 540 - 1000nm, 45°Rp98.5% @ 730 - 870nm, 45°GDD Specification:0 ±20fs2@ 600 - 1050nm波长范围 (nm):600 - 1050表面平整度:λ/10镀膜类型:MetalDamage Threshold, Pulsed:0.3 J/cm2@ 800nm, 48fs, 1 pulse (typical)0.16 J/cm2@ 800nm, 48fs, 100Hz, 1000 pulses (typical)涂层:Ultrafast-Enhanced Silve基底:Fused Silica产品介绍TECHSPEC® 超快增强型银镀膜激光反射镜具有采用介质镀膜增强的银镀膜，能在 600 - 1000nm 范围内提供更高的反射率。这些反射镜在其很宽的波长范围内具有很低的内在群延迟色散 (GDD)，因此非常适用于 Ti:sapphire 激光的基波波长。TECHSPEC 超快增强型银镀膜激光反射镜采用标准英制尺寸，可轻松集成到光学系统中。如需在其他超快激光波长范围内具有很低 GDD 的介质镀膜激光反射镜，请参阅我们的低 GDD 超快反射镜.请注意:若您的应用需要的 TECHSPEC 超快增强型银镀膜激光反射镜具有其他尺寸、角度或波长范围，请联系我们进行定制。技术数据产品信息Dia. (mm)厚度 (mm)产品编码12.706.35#13-05925.406.35#13-06050.809.53#13-061

ZERODUR® λ/10 外表面镀膜反射镜TECHSPEC ZERODUR® λ/10 First Surface Mirrors采用精密 ZERODUR® 基底λ/10 平整度热膨胀系数低TECHSPEC® ZERODUR® λ/10 外表面镀膜反射镜非常适用于注重温度波动的应用. The ZERODUR® 基底的热膨胀系数 (CTE) 为 ±0.10 x 10-6/°C, ，比大多数玻璃类型低一个数量级。即使暴露在温度变化或照明光源强度变化的环境中，较低的热膨胀系数能让这些反射镜具有一致的反射波前. TECHSPEC® ZERODUR® λ/10 外表面镀膜反射镜采用精密抛光基底，拥有 λ/10 的平整度和 20-10 的表面质量. 本系列反射镜提供多种金属和增强金属镀膜供您选择，可以容易地集成到可见光谱和红外光谱的应用中.通用规格表面平整度:λ/10后表面:基底:Commercial PolishZERODUR® 平行度（弧秒）:30镀膜类型:Metal表面质量20-10有效孔径 (%):90边缘:Ground, protective bevel as needed热膨胀系数 CTE (10-6/°C):0.1产品信息尺寸(mm)Dia.(mm)涂层规格涂层厚度 (mm)产品编码-10.00Ravg95% @ 450- 650nmEnhanced Aluminum (450-650nm)2.00#39-846-10.00Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10000nmProtected Silver (450-10000nm)2.00#39-874-10.00Ravg96% @ 700 - 2000nmRavg96% @2000 - 10000nmProtected Gold (700-10000nm)2.00#39-86010.0 x 10.0Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)2.00#39-84710.0 x 10.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10000nmProtected Silver (450-10000nm)2.00#39-87510.0 x 10.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10000nmProtected Gold (700-10000nm)2.00#39-861-15.00Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)3.00#39-848-15.00Ravg98% @ 450 -2000nmRavg98% @ 2000 - 10000nmProtected Silver(450-10000nm)3.00#39-876-15.00Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10000nmProtected Gold (700-10000nm)3.00#39-86215.0 x 15.0Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)3.00#39-84915.0 x 15.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10000nmProtected Silver (450-10000nm)3.00#39-87715.0 x 15.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10000nmProtected Gold (700-10000nm)3.00#39-863-20.00Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)3.00#39-850-20.00Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10000nmProtected Silver (450-10000nm)3.00#39-883-20.00Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10000nmProtected Gold (700-10000nm)3.00#39-86420.0 x 20.0Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)3.00#39-85120.0 x 20.0Ravg98% @450 - 2000nmRavg98% @ 2000 - 10000nmProtectedSilver (450-10000nm)3.00#39-90920.0 x 20.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10000nmProtected Gold (700-10000nm)3.00#39-865-25.00Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)4.00#39-852-25.00Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10000nmProtected Silver (450-10000nm)4.00#39-910-25.00Ravg96% @ 700 -2000nmRavg96% @ 2000 - 10000nmProtected Gold (700-10000nm)4.00#39-86625.0 x 25.0Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)4.00#39-85325.0 x 25.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10000nmProtected Silver (450-10000nm)4.00#39-91125.0 x 25.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10000nmProtected Gold (700-10000nm)4.00#39-867-50.00Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)5.00#39-854-50.00Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10000nmProtected Silver (450-10000nm)5.00#39-916-50.00Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10000nmProtected Gold (700-10000nm)5.00#39-86850.0 x 50.0Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)5.00#39-85550.0 x 50.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10000nmProtected Silver (450-10000nm)5.00#39-91750.0 x 50.0Ravg96% @700 - 2000nmRavg96% @ 2000 - 10000nmProtected Gold(700-10000nm)5.00#39-870

反射镜有超过350种镜片可供选择；设计入射角为0°或45°，覆盖波段从190nm 到 2000nm 提供金、银、铝等金属镀膜，用于提高反射率、起保护作用等；使用BK7或UVFS材料，能够实现λ/10表面质量的镜片；提供具有高反射率的镀膜镜片,如MaxMirror 和MaxBRlte 能在宽波段内实现大于98%的反射率。若是单面镀膜,会在未镀膜面用箭头指向镀膜面,方便使用。飞秒激光反射镜:具有宽带、高反射率、高损伤阈值和低群延迟色散的特点，应用于飞秒激光器。飞秒激光反射镜有以下两个型号，分别对应740-860nm,720-900nm两个波段，不同尺寸可选。美国CVI laser optics 设计和生产紫外到近红外波段的高性能光学器件，主要应用在激光的光束调节和传输方面，在业内有很高的知名度。 主要生产包括球面镜，平面镜，偏振片，棱镜和波片。 还提供一系列用于超快激光应用的低色散和色散补偿光学元件。

离轴抛物面金属膜反射镜采用铝膜基片反射镜 备有15° 、30° 、45° 、60° 或90° 的离轴可选 可选择铝膜和金膜与标准抛物反射镜的不同之处在于，离轴抛物金属膜反射镜可在特定角度下直射并聚焦入射平行光，并且支持无限远焦点。这些反射镜普遍应用为Schlieren和MTF系统的平行光管，而镀金膜离轴抛物反射镜则用于FLIR测试系统。注意：由于表面粗糙度为175Å ，因此这种反射镜不适用于需要低散射的可见光和紫外应用。为方便安装，所有反射镜有3个6-32TPI螺孔（直径规格为25.4mm的为¾ "螺栓圈，直径规格为50.8mm的为1.25"的螺栓圈），而所有直径规格为76.2mm和101.6mm的反射镜则有3个8-32 TPI螺孔，螺栓圈为2.25"。

刀刃拣选反射镜?采用紧凑的D形半圆设计?具有45°倒角?提供多种镀膜刀刃拣选反射镜的设计目的是从一组紧密间隔的光束中选择性地反射个别光束，同时zui大限度减小应用所需的整体空间。这些反射镜具有尖锐的45°倒角，其反射性镀膜延伸到精密熔融石英基底上的倒角边缘（倒角平整度为λ/10）。刀刃拣选反射镜非常适用于包含色散棱镜和衍射光栅的应用。这些反射镜提供三种金属镀膜，其性能涵盖可见光到远红外光谱范围。通用规格表面平整度:λ/10后表面:Fine Grind尺寸容差 (mm):+0.0/-0.20镀膜类型:Metal边缘:Ground基底:Fused Silica表面质量:20-10直径 (mm):25.40倒角:Protective bevel as needed平行度（弧分）:2订购信息：涂层规格涂层产品号Ravg95% @ 450 - 650nmEnhanced Aluminum (450-650nm)#36-135Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#36-136Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#36-137技术数据：

金属基底反射镜Metal Substrate Mirrors采用铝膜基片反射镜适用于长波红外激光应用可选择铝膜和金膜通用规格基底:Aluminum 6061-T6表面质量:80-50镀膜类型:Metal有效孔径 (%):90表面粗糙度（埃）:本品采用铝制基片、金刚石车削，并备有保护性铝膜或金膜可供选择，非常适合用于长波红外（波长大于2000nm）激光应用。由于金刚石车削表面的粗糙度为17.5nm，因此不适用于需要低散射的紫外和可见光应用。反射镜的背面采用机器磨平，并具有三个螺孔，便于准确安装。产品信息表面平整度Dia. (mm)涂层规格涂层厚度(mm)产品编码λ/4 RMS25.40Ravg94% @ 700 - 800nmRavg97% @ 800 - 2000nmRavg98% @ 2 - 12μmProtected Gold (700-12000nm)9.50#47-114λ/4 RMS25.40Ravg85% @ 400 - 700nmRavg70% @ 700 - 2000nmRavg97% @ 2 - 12μmProtected Aluminum (400-12000nm)9.50#47-113λ/4 RMS38.10Ravg94% @ 700 - 800nmRavg97% @ 800 - 2000nmRavg98% @ 2 - 12μmProtected Gold (700-12000nm)9.50#47-116λ/4 RMS38.10Ravg85% @ 400 - 700nmRavg70% @ 700 - 2000nmRavg97% @ 2 - 12μmProtected Aluminum (400-12000nm)9.50#47-115λ/4 RMS50.80Ravg94% @ 700 - 800nmRavg97% @ 800 - 2000nmRavg98% @ 2 - 12μmProtected Gold (700-12000nm)9.50#47-118λ/4 RMS50.80Ravg85% @ 400 - 700nmRavg70% @ 700 - 2000nmRavg97% @ 2 - 12μmProtected Aluminum (400-12000nm)9.50#47-117λ/2 RMS76.20Ravg94% @ 700 - 800nmRavg97% @ 800 - 2000nmRavg98% @ 2 - 12μmProtected Gold (700-12000nm)12.70#47-120λ/2 RMS76.20Ravg85% @ 400 - 700nmRavg70% @ 700 - 2000nmRavg97% @ 2 - 12μmProtected Aluminum (400-12000nm)12.70#47-119

Layertec金属反射镜 Metallic Mirrorsa Unprotected Gold Mirror Layertec无保护膜镀金反射镜Coating 140770Au unprotectedHR (0°, 800-20 000 nm) 98 %HR s (45°, 800-20 000 nm) 98 %HR p (45°, 800-20 000 nm) 97 %激光损伤阈值LIDT6/ 0.5 J/cm 2 795 nm 42 fs 1 kHz ? 80 μm WRCP Budapest基材尺寸No.ImperfectionsItem #? 12.7 mm | t 6.35 mmA45 / 2 x 0.025142064? 25.0 mm | t 6.35 mmB45 / 2 x 0.04142065? 50.0 mm | t 9.5 mmC35 / 6 x 0.0414206625 × 25 mm | t 6.35 mmD25 / 2 x 0.0414206725 × 36 mm | t 6.35 mmE25 / 3 x 0.0414207050 × 50 mm | t 9.5 mmF35 / 6 x 0.04142073b Protected Gold Mirror Layertec保护膜镀金反射镜Coating 140777Au + protection layerHR (0°, 800-4 000 nm) 95 %HR s (45°, 800-4 000 nm) 95 %HR p (45°, 800-4 000 nm) 94 %激光损伤阈值LIDT6/ 0.2 J/cm 2 795 nm 42 fs 1 kHz ? 80 μm WRCP Budapest基材尺寸No.ImperfectionsItem #? 12.7 mm | t 6.35 mmA45 / 2 x 0.025142074? 25.0 mm | t 6.35 mmB45 / 2 x 0.04142075? 50.0 mm | t 9.5 mmC35 / 6 x 0.0414207625 × 25 mm | t 6.35 mmD25 / 2 x 0.0414207725 × 36 mm | t 6.35 mmE25 / 3 x 0.0414207850 × 50 mm | t 9.5 mmF35 / 6 x 0.04142079C Protected Silver Mirror, 600-1000 nm Layertec保护膜镀银反射镜Coating 140780Ag + protection layer, fs-opt. 600-1000 nmHR (0°, 600-1 000 nm) 97 %HR s (45°, 600-1 000 nm) 96 %HR p (45°, 600-1 000 nm) 96 %| GDD-R s,p (0-45°, 600-1 000 nm) | 激光损伤阈值LIDT6/ 5 J/cm 2 1 064 nm 7 ns 10 Hz ? 480 μm LAYERTEC6/ 0.7 J/cm 2 795 nm 42 fs 1 kHz ? 80 μm WRCP Budapestd Protected Silver Mirror, 800-2000 nm Layertec保护膜镀银反射镜Coating 140831Ag + protection layer, fs-opt. 800-2 000 nmHR (0°, 800-2 000 nm) 97 %HR s (45°, 800-2 000 nm) 98 %HR p (45°, 800-2 000 nm) 97 %| GDD-R s,p (0-45°, 800-2 000 nm) | 激光损伤阈值LIDT6/ 5 J/cm 2 1 064 nm 7 ns 10 Hz ? 480 μm LAYERTEC6/ 0.7 J/cm 2 795 nm 42 fs 1 kHz ? 80 μm WRCP Budapest基材尺寸No.ImperfectionsItem #? 12.7 mm | t 6.35 mmA45 / 2 x 0.025142093? 25.0 mm | t 6.35 mmB45 / 2 x 0.04142094? 50.0 mm | t 9.5 mmC35 / 6 x 0.0414209625 × 25 mm | t 6.35 mmD25 / 2 x 0.0414209925 × 36 mm | t 6.35 mmE25 / 3 x 0.0414210150 × 50 mm | t 9.5 mmF35 / 6 x 0.04142100e Protected Aluminum Mirror, UV-range Layertec保护膜镀银反射镜Coating 142407Al enhanced, 260-360 nm opt.HR s,p (0-45°, 260-360 nm) ≥ 90 %| GDD-R s,p (0-45°, 260-360 nm) | 基材尺寸No.ImperfectionsItem #? 12.7 mm | t 6.35 mmA45 / 2 x 0.025142415? 25.0 mm | t 6.35 mmB45 / 2 x 0.04142416? 50.0 mm | t 9.5 mmC35 / 6 x 0.0414241725 × 25 mm | t 6.35 mmD25 / 2 x 0.0414241825 × 36 mm | t 6.35 mmE25 / 3 x 0.0414241950 × 50 mm | t 9.5 mmF35 / 6 x 0.04142420f Protected Aluminum Mirror, 266 + 400 + 800 nm Layertec保护膜镀银反射镜Coating 140842Al + protection layerHR s,p (0-45°, 266 + 400 + 800 nm) 80 %| GDD-R s,p (0-45°, 266 + 400 + 800 nm) | for polarization-sensitive and low-power ultrafast applications基材尺寸No.ImperfectionsItem #? 12.7 mm | t 6.35 mmA45 / 2 x 0.025142069? 25.0 mm | t 6.35 mmB45 / 2 x 0.04142071? 50.0 mm | t 9.5 mmC35 / 6 x 0.0414209125 × 25 mm | t 6.35 mmD25 / 2 x 0.0414209225 × 36 mm | t 6.35 mmE25 / 3 x 0.0414209550 × 50 mm | t 9.5 mmF35 / 6 x 0.04142097德国Layertec公司创建于 1990年. 凭借多年在光学镜片的设计开发和生产经验，已成为全球知名的光学镜片厂商，LAYERTEC的镜片品质非常出众,广泛赢得客户的赞誉。光学镜片应用波长范围从157-2940nm,包括了科研以及工业上主流的激光器的应用，材质有YAG, Sapphire,CaF2,IR-fused silica,Fused Silica,BK7，尺寸大部份为0.5inch-2inch。Layertec专注于提供激光光学元件的镀膜，波长范围从 VUV（157nm及以下） 到 NIR波段（～4um）。最常见的光学镀膜类型是高反射镜（从正入射或者AOI=45°的转向镜），用于输出耦合的部分反射镜，以及分束器和用于窗口和透镜的抗反射膜。对于更复杂的激光器镀膜，包括3个以上波长的高反射率（例如激光器波长和倍频波长），以及3个以上波长的高透射率（例如泵浦波长，倍频或者抑制其他激光波长）。宽带反射镜，针对平滑群延迟和群延迟色散光谱优化的反射镜，这些在宽带激光输出应用中会用到，例如染料激光器，钛宝石激光器，光参量震荡器（OPO）和飞秒激光器。除了反射率和透射率，激光应用的镀膜必须满足低光学损耗和高激光损伤阈值。在VIS和NIR波段的溅射光学镀膜具有低杂散光和低吸收损耗（数量级都在10–5）。磁控溅射镀膜的HR镜反射率或者部分反射镜的反射透射率之和都超过99.9%。最近测量了在溅射和蒸发镀膜中的NIR波长吸收损耗都在3-30ppm。在VIS-NIR波长范围，蒸发镀膜会产生杂散光损失大约10-3级，在UV和VUV波长可以达到10-2。尽管如此，蒸发镀膜在UV波长的吸收损耗比较低。在CW和纳秒激光器光学元件的损伤主要跟热效应有关，例如增大的吸收，镀膜材料的固有吸收或者缺陷造成的吸收， 或者 镀膜较差的热导率 以及较低的熔化温度。 高能量的镀膜要求控制镀膜材料的固有特性以及减少膜层的缺陷。皮秒和飞秒激光元件的激光损伤主要是场强效应造成的。针对这类激光器的高功率镀膜要求非常特殊的设计。根据ISO 11254-1 (cw- 激光损伤阈值LIDT and 1 on 1–激光损伤阈值LIDT, 例如单脉冲 激光损伤阈值LIDT), ISO 11254-2 (S on 1, 例如多脉冲 激光损伤阈值LIDT) 以及 ISO 11254-3 (一定数量的脉冲激光损伤阈值LIDT )标准中对激光损伤阈值激光损伤阈值LIDT的定义要求激光系统工作在单频模式下，精确的光束诊断和在线/离线损伤探测系统。因为这个原因，数量有限的配有少数几种激光器的测量系统可以使用（例如Laserzentrum Hannover 公司的1064nm）。对于比较特殊的激光器波长例如氩离子激光器（488nm或者514nm），没有测量系统可以用来验证激光损伤阈值LIDT数据。

4-6λ外表面镀膜反射镜1）备有各种形状和尺寸可选2）可反射可见光，达90%3）有关定制尺寸，请联系我们经济实惠的4 - 6λ 外表面镀膜反射镜适用于各种应用。本反射镜备有圆形、方形和矩形的反射镜等形状。矩形的外表面镀膜反射镜适用于需要在45°安装反射镜的应用，以达到90°光线路径弯曲。Common Specifications表面平整度:4 - 6λ基底:Float Glass表面质量:80-50技术数据订购信息：尺寸 (mm)直径 (mm)涂层规格涂层产品号3.0 x 3.0Ravg95% @ 450 - 650nmEnhanced Aluminum#31-001-5Ravg95% @ 450 - 650nmEnhanced Aluminum#27-400-6.3Ravg85% @ 400 - 700nmProtected Aluminum#32-354-9Ravg85% @ 400 - 700nmProtected Aluminum#46-6479.0 x 9.0Ravg85% @ 400 - 700nmProtected Aluminum#31-0049.5 x 11.2Ravg85% @ 400 - 700nmProtected Aluminum#31-418-12.5Ravg95% @ 450 - 650nmEnhanced Aluminum#27-402-12.7Ravg85% @ 400 - 700nmProtected Aluminum#69-24312.7 x 12.7Ravg85% @ 400 - 700nmProtected Aluminum#69-24412.7 x 18.0Ravg85% @ 400 - 700nmProtected Aluminum#83-535-15Ravg85% @ 400 - 700nmProtected Aluminum#31-006-16Ravg85% @ 400 - 700nmProtected Aluminum#46-64817.0 x 23.0Ravg85% @ 400 - 700nmProtected Aluminum#31-417-19Ravg85% @ 400 - 700nmProtected Aluminum#46-64919.0 x 19.0Ravg85% @ 400 - 700nmProtected Aluminum#46-65021.0 x 26.0Ravg85% @ 400 - 700nmProtected Aluminum#40-28622.0 x 22.0Ravg85% @ 400 - 700nmProtected Aluminum#32-36822.0 x 29.0Ravg85% @ 400 - 700nmProtected Aluminum#31-419-25.4Ravg85% @ 400 - 700nmProtected Aluminum#69-24525.4 x 25.4Ravg85% @ 400 - 700nmProtected Aluminum#69-24625.4 x 35.4Ravg85% @ 400 - 700nmProtected Aluminum#83-536-26Ravg85% @ 400 - 700nmProtected Aluminum#31-00930.0 x 40.0Ravg85% @ 400 - 700nmProtected Aluminum#30-42931.0 x 77.0Ravg85% @ 400 - 700nmProtected Aluminum#32-366-32Ravg85% @ 400 - 700nmProtected Aluminum#46-65135.0 x 109.0Ravg85% @ 400 - 700nmProtected Aluminum#32-35938.0 x 38.0Ravg85% @ 400 - 700nmProtected Aluminum#46-65238.0 x 38.0Ravg85% @ 400 - 700nmProtected Aluminum#31-42238.0 x 51.0Ravg85% @ 400 - 700nmProtected Aluminum#31-42538.0 x 150.0Ravg85% @ 400 - 700nmProtected Aluminum#32-442-38.1Ravg85% @ 400 - 700nmProtected Aluminum#69-24738.1 x 38.1Ravg85% @ 400 - 700nmProtected Aluminum#69-24838.1 x 53.9Ravg85% @ 400 - 700nmProtected Aluminum#83-53750.0 x 125.0Ravg85% @ 400 - 700nmProtected Aluminum#32-365-50.8Ravg85% @ 400 - 700nmProtected Aluminum#69-24950.8 x 50.8Ravg85% @ 400 - 700nmProtected Aluminum#69-25050.8 x 71.8Ravg85% @ 400 - 700nmProtected Aluminum#83-53851.0 x 76.0Ravg85% @ 400 - 700nmProtected Aluminum#40-04060.0 x 270.0Ravg85% @ 400 - 700nmProtected Aluminum#32-27973.0 x 116.0Ravg85% @ 400 - 700nmProtected Aluminum#32-37176.0 x 102.0Ravg85% @ 400 - 700nmProtected Aluminum#40-041-76.2Ravg85% @ 400 - 700nmProtected Aluminum#69-25176.2 x 76.2Ravg85% @ 400 - 700nmProtected Aluminum#69-25276.2 x 107.8Ravg85% @ 400 - 700nmProtected Aluminum#83-53981.0 x 100.0Ravg85% @ 400 - 700nmProtected Aluminum#41-62185.0 x 101.0Ravg85% @ 400 - 700nmProtected Aluminum#32-362102.0 x 127.0Ravg85% @ 400 - 700nmProtected Aluminum#40-042127.0 x 178.0Ravg85% @ 400 - 700nmProtected Aluminum#41-320127.0 x 178.0Ravg85% @ 400 - 700nmProtected Aluminum#40-043169.0 x 194.0Ravg85% @ 400 - 700nmProtected Aluminum#41-405200.0 x 235.0Ravg85% @ 400 - 700nmProtected Aluminum#32-358204.0 x 254.0Ravg85% @ 400 - 700nmProtected Aluminum#41-321204.0 x 254.0Ravg85% @ 400 - 700nmProtected Aluminum#40-067254.0 x 254.0Ravg85% @ 400 - 700nmProtected Aluminum#46-653254.0 x 313.0Ravg85% @ 400 - 700nmProtected Aluminum#46-654254.0 x 313.0Ravg85% @ 400 - 700nmProtected Aluminum#32-248254.0 x 356.0Ravg85% @ 400 - 700nmProtected Aluminum#85-036356.0 x 356.0Ravg85% @ 400 - 700nmProtected Aluminum#46-655406.0 x 406.0Ravg85% @ 400 - 700nmProtected Aluminum#46-656406.0 x 406.0Ravg85% @ 400 - 700nmProtected Aluminum#85-206408.0 x 609.0Ravg85% @ 400 - 700nmProtected Aluminum#85-207

线性激光窄带反射镜高反射率、高损伤阈值，覆盖紫外到红外的所有主流激光器的波段。有十几款不同产品对应不同的波长和不同激光美国CVI laser optics 反射镜有超过350种镜片可供选择；设计入射角为0°或45°，覆盖波段从190nm 到 2000nm 提供金、银、铝等金属镀膜，用于提高反射率、起保护作用等；使用BK7或UVFS材料，能够实现λ/10表面质量的镜片；提供具有高反射率的镀膜镜片,如MaxMirror 和MaxBRlte 能在宽波段内实现大于98%的反射率。若是单面镀膜,会在未镀膜面用箭头指向镀膜面,方便使用。

镀金属膜元件；包括圆形镜，椭圆形平面反射镜，离轴抛物镜，柱面凹面镜，直角棱镜反射镜等。材质：主要材质有BK7和UVFS，镀膜有金，银，铝等。规格：直径有12.7mm,25.4mm和50.8mm。椭圆形平面反射镜用途：可用于高反射率要求，

双线激光反射镜又名双激光谱线反射镜,是英文Dual Laser Line reflecting mirrors 的翻译。双线激光反射镜用于在两个不同的波带上实现进行高反或高透应用，入射角一般为45度。百分之百进口，质优价廉。双激光谱线反射镜采用多层镀膜，当可以在两个激光波长上实现最高的激光反射率。双线激光反射镜采用了离子束溅射技术（Iom Beam Sputtering, IBS)或电子束蒸发技术进行镀膜，这些镀膜技术非常成熟，并且采用多层镀膜技术可以保证双线激光反射镜高功率应用。双激光谱线反射镜,Dual Laser Line reflecting mirrors 技术指标基片尺寸公差：+0/-0.1mm基片波前畸变：基片表面质量：20/10 SD 40/20SD(曲面）镀膜粘附性和耐久性：Per MIL-C-675A净孔径： 90%镀膜反射率：R99,5% @ 0o Rs99,3% and Rp98,5% @ 45deg激光损伤阈值:3-5J/cm2 for 10 ns pulses @1064nm进The measured transmission curve for dual wavelength HR coating (HR @ 515+1030 nm)双线激光反射镜,双激光谱线反射镜,Dual Laser Line reflecting mirrors 询问服务：请阁下根据如下格式选择和填写您需要的镜片和镀膜参数，然后复制后直接通过Email发送给我们，您会收到及时的报价回复。Substrate material 基片材料Shape 基片形状RectangularRound 请选择圆形或方型Dimensions 尺寸mm 如果是圆形就填写直径大小Thickness 厚度mm Type 类型Plano-ConcavePlano-ConvexOtherFlat/Flat如果您选择曲面镜片，请填写曲率半径eg ROC1=-50mm ROC2=+1000mmSurface figure Surface quality 20/1040/2060/40Parallelism errorWedgeNo wedge30arcmin1deg2deg3degCentral wavelenghs:eg. 1064nm+532nmAngle of incidence (AOI)deg Comments

λ/4 外表面镀膜反射镜?提供各种尺寸和形状?精密金属反射镜镀膜?有关定制尺寸，请联系我们TECHSPEC® λ/4 外表面镀膜反射镜适用于各种应用。为符合特定应用需求，这些反射镜提供各种形状、尺寸和镀膜选件。这些反射镜由精密金属反射镜膜制作而成，适用于宽带应用。Common Specifications表面平整度:λ/4基底:BOROFLOAT® 表面质量:60-40技术数据订购信息：尺寸 (mm)直径 (mm)涂层规格涂层产品号-5Ravg95% @ 450 - 650nmEnhanced Aluminum#48-404-5Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#48-407-5Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#48-410-5Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-1865.0 x 5.0Ravg95% @ 450 - 650nmEnhanced Aluminum#48-4055.0 x 5.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#48-4085.0 x 5.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#48-4115.0 x 5.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-187-10Ravg95% @ 450 - 650nmEnhanced Aluminum#45-598-10Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-599-10Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-600-10Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-18810.0 x 10.0Ravg95% @ 450 - 650nmEnhanced Aluminum#45-72210.0 x 10.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-72310.0 x 10.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-72410.0 x 10.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-189-12.5Ravg95% @ 450 - 650nmEnhanced Aluminum#45-601-12.5Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-602-12.5Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-603-12.5Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-19012.5 x 12.5Ravg95% @ 450 - 650nmEnhanced Aluminum#48-40612.5 x 12.5Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#48-40912.5 x 12.5Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#48-41212.5 x 12.5Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-191-15Ravg95% @ 450 - 650nmEnhanced Aluminum#63-162-15Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#63-168-15Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#63-174-15Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#88-53515.0 x 15.0Ravg95% @ 450 - 650nmEnhanced Aluminum#45-72515.0 x 15.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-72615.0 x 15.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-72715.0 x 15.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-19216.0 x 23.0Ravg85% @ 400 - 700nmProtected Aluminum#30-87516.0 x 23.0Ravg95% @ 450 - 650nmEnhanced Aluminum#43-50616.0 x 23.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#46-71616.0 x 23.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#32-43216.0 x 23.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#46-721-20Ravg95% @ 450 - 650nmEnhanced Aluminum#63-163-20Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#63-169-20Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#63-175-20Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#88-53620.0 x 20.0Ravg95% @ 450 - 650nmEnhanced Aluminum#45-72820.0 x 20.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-72920.0 x 20.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-73020.0 x 20.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-19321.0 x 30.0Ravg85% @ 400 - 700nmProtected Aluminum#32-45421.0 x 30.0Ravg95% @ 450 - 650nmEnhanced Aluminum#43-50721.0 x 30.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#46-71721.0 x 30.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#32-74221.0 x 30.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#46-72222.0 x 22.0Ravg85% @ 400 - 700nmProtected Aluminum#33-51022.0 x 22.0Ravg95% @ 450 - 650nmEnhanced Aluminum#32-51622.0 x 22.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#46-71822.0 x 22.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#32-43322.0 x 22.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#46-723-25Ravg95% @ 450 - 650nmEnhanced Aluminum#45-604-25Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-605-25Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-606-25Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-19425.0 x 35.0Ravg85% @ 400 - 700nmProtected Aluminum#30-28625.0 x 25.0Ravg95% @ 450 - 650nmEnhanced Aluminum#45-33325.0 x 25.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-33425.0 x 25.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-33525.0 x 25.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-19525.0 x 35.0Ravg95% @ 450 - 650nmEnhanced Aluminum#32-51325.0 x 35.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#46-71925.0 x 35.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#32-43425.0 x 35.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#46-724-30Ravg95% @ 450 - 650nmEnhanced Aluminum#63-164-30Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#63-170-30Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#63-176-30Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#88-53730.0 x 30.0Ravg95% @ 450 - 650nmEnhanced Aluminum#63-16530.0 x 30.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#63-17130.0 x 30.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#63-17730.0 x 30.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#88-538-40Ravg95% @ 450 - 650nmEnhanced Aluminum#63-166-40Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#63-172-40Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#63-178-40Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#88-53940.0 x 40.0Ravg95% @ 450 - 650nmEnhanced Aluminum#63-16740.0 x 40.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#63-17340.0 x 40.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#63-17940.0 x 40.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#88-540-50Ravg95% @ 450 - 650nmEnhanced Aluminum#45-607-50Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-608-50Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-609-50Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-19650.0 x 50.0Ravg95% @ 450 - 650nmEnhanced Aluminum#45-33650.0 x 50.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-33750.0 x 50.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-33850.0 x 50.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#49-197-51Ravg85% @ 400 - 700nmProtected Aluminum#33-511-51Ravg95% @ 450 - 650nmEnhanced Aluminum#32-514-51Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#46-720-51Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#32-435-51Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#46-72575.0 x 75.0Ravg95% @ 450 - 650nmEnhanced Aluminum#45-33975.0 x 75.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-34075.0 x 75.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-34175.0 x 75.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#88-541100.0 x 100.0Ravg95% @ 450 - 650nmEnhanced Aluminum#45-342100.0 x 100.0Ravg89% @ 250 - 450nmRavg85% @ 250 - 700nmUV Enhanced Aluminum#45-343100.0 x 100.0Ravg96% @ 700 - 2000nmRavg96% @ 2000 - 10,000nmProtected Gold#45-344100.0 x 100.0Ravg98% @ 450 - 2000nmRavg98% @ 2000 - 10,000nmProtected Silver#88-542

我们提供的部分反射镜系原装欧洲进口，不仅能够有效分离激光，而且还能适合高功率激光使用。这种高功率部分反射镜在规定的入射角而言，能够在单波长或宽波段上提供：按照用户要求比例的反射率和透射率。孚光精仪公司专卖进口部分反射镜,高功率部分反射镜,激光部分反射镜,Partial reflecting mirrors，最大的进口光学器件提供商！激光部分反射镜主要指标：基片尺寸公差：+0/-0.1mm基片波前畸变：基片表面质量：20/10 SD 40/20SD(曲面）镀膜粘附性和耐久性：Per MIL-C-675A净孔径： 90%激光损伤阈值:5-6J/cm2 for 10 ns pulses @1064nmThe measured transmission curve for PR coating (R = 10% @ 1000-1070 nm垂询格式： 如下是镜片的标准参数格式，请阁下仿照如下格式把您对镜片及其镀膜的要求发邮件给我们，我们会及时回复报价。Substrate material 基片材料 CaF2, FS, ZnSe, UVFS, IRFSShape 形状Rectangular Round （方形还是圆形）Dimensions 尺寸 mm Thickness 厚度 mm Type 类型Other Flat/Flat Plano-Concave Plano-Convex Radius of Curvature (ROC) 曲率半径（对曲面镜而言） for curved substrates only eg ROC1=-50mm ROC2=+1000mm Surface figure Surface quality 表面质量20/10 40/20 60/40 Parallelism error 平行误差Wedge No wedge 30arcmin 1deg 2deg 3deg Coatings on Side1 S1面镀膜例如. PR(R=80+/-2%)@1064nmCoatings on Side2S2 面镀膜例如. AR(RAngle of incidence (AOI) 入射角Comments 评论订购数量

低 GDD 超快反射镜Low GDD Ultrafast Mirrors反射率大于 99%覆盖 266 - 1550nm 的镀膜设计低群延迟色散(GDD)还提供TECHSPEC® 高性能低 GDD 超快反射镜通用规格后表面:Commercial Polish镀膜类型:Dielectric基底:Fused Silica低群延迟色散 (GDD) 超快反射镜专为使用 Er:glass、Ti:sapphire 或掺镱材料激光器的应用而设计。这些激光反射镜的设计适用于 266 至 1550nm 之间的波长，由此为实现广阔波长范围内的最大反射率进行了优化。多层介质镀膜专为实现最小的 GDD 而设计，因此非常适用于超快光束传输应用。低 GDD 超快反射镜具有高能超短激光脉冲所需的低热膨胀系数基片和高损伤阈值。注意:如需定制波长、角度与尺寸，请联系我们。产品信息DWL (nm)Dia. (mm)厚度 (mm)AOI (°)产品编码40025.405.0045#84-62140025.405.0045#85-31180025.405.0045#84-61980025.405.0045#85-10380025.409.530#36-40580025.409.5345#36-406103025.405.0045#84-618103025.405.0045#85-102155025.405.0045#84-617155025.405.0045#85-101

这款宽带激光反射镜,HR Broad Band mirrors是欧洲进口的宽波段激光反射镜,非常适合宽范围波段的激光反射应用，比较适合大于关于中心波长10%范围浮动的激光的高反应用，比如，对用中心波长为800nm的激光，HR@800nm, 这种宽带激光反射镜就比较适合反射的激光范围为750-850nm 甚至更大的范围。这种宽带激光反射镜,宽波段激光反射镜常常用于腔外激光束的操作应用，对激光束的反射要求非常严格，不允许存在透过激光的问题产生，常常使用这种宽波段激光反射镜 ，但是它只适合固定的入射角(常用45度）。宽带激光反射镜,宽波段激光反射镜采用了离子束溅射技术（Iom Beam Sputtering, IBS)或电子束蒸发技术进行镀膜，这些镀膜技术非常成熟。基片尺寸公差：+0/-0.1mm基片波前畸变：基片表面质量：20/10 SD 40/20SD(曲面）镀膜粘附性和耐久性：Per MIL-C-675A净孔径： 90%镀膜反射率：R99% @ 0o Rave99% @ 45o激光损伤阈值:2-3J/cm2 for 10 ns pulses @1064nm宽带激光反射镜,宽波段激光反射镜垂询格式： 如下是镜片的标准参数格式，请阁下仿照如下格式把您对镜片及其镀膜的要求发邮件给我们，我们会及时回复报价。Substrate material 基片材料 CaF2, FS, ZnSe, UVFS, IRFSShape 形状Rectangular Round （方形还是圆形）Dimensions 尺寸 mm Thickness 厚度 mm Type 类型Other Flat/Flat Plano-Concave Plano-Convex Radius of Curvature (ROC) 曲率半径（对曲面镜而言） for curved substrates only eg ROC1=-50mm ROC2=+1000mm Surface figure Surface quality 表面质量20/10 40/20 60/40 Parallelism error 平行误差Wedge No wedge 30arcmin 1deg 2deg 3deg Coatings on Side1 S1面镀膜例如. PR(R=80+/-2%)@1064nmCoatings on Side2S2 面镀膜例如. AR(RAngle of incidence (AOI) 入射角Comments 评论订购数量

外延热反射镜?与标准热反射镜相比，改善了近红外反射率?操作温度可达到230°C?中心色温5500K或3200K光源，±250K是色温公差外延热反射镜设计用来减低光学系统中的热量，并且不会牺牲系统的可见光输入。典型的热反射镜可反射750nm到大约1250nm的波长，而外延热反射镜则可反射到1750nm的波长。反射镜主要用于各种投影和照明系统，因较高的热量可迅速损坏敏感元件。经过专门镀膜的热反射镜是生成热量的主要导因，主要用来透射可见光及反射近红外光。使用热反射镜可减低热量，并可对整体系统性能带来zui低影响。Common Specifications表面平整度:基底:表面质量:80-50基底:BOROFLOAT® 订购信息：入射角 (°)直径 (mm)尺寸 (mm)厚度 (mm)产品号0101.0 x 127.03.3#47-304025-3.3#46-386025.0 x 25.03.3#46-387050-3.3#47-303050.0 x 50.03.3#46-388

这款欧洲进口激光谱线反射镜/(HR Laser Line mirrors )是一种高功率激光反射镜,比较适合关于中心波长百分之十范围内的激光高反使用。激光谱线反射镜,高功率激光反射镜在窄带上提供绝佳的高反性能，而且比较适合对反射要求较高的应用。这款激光谱线反射镜,高功率激光反射镜比较适合关于中心波长10%范围浮动的激光的高反应用，比如，HR@800nm, 比较适合反射的激光范围为760-840nm, 由于激光谱线反射镜适合的激光波段较窄，因此高功率激光反射镜常常被称为激光谱线反射镜Laser Line mirrors 或单波长激光高反镜。这种激光谱线反射镜常常用于腔外激光束的操作应用，对激光束的反射要求非常严格，不允许存在透过激光的问题产生，常常使用这种单波段激光谱线反射镜,高功率激光反射镜，但是它只适合固定的入射角(常用45度），而且最好是单波长激光或对波带宽度要求很窄的激光。单波长激光谱线反射镜,高功率激光反射镜采用了离子束溅射技术（Iom Beam Sputtering, IBS)或电子束蒸发技术进行镀膜，这些镀膜技术非常成熟。基片尺寸公差：+0/-0.1mm基片波前畸变：基片表面质量：20/10 SD 40/20SD(曲面）镀膜粘附性和耐久性：Per MIL-C-675A净孔径： 90%镀膜反射率：R99,6% @ 0o Rs99,8% and Rp99,3% @ 45o激光损伤阈值:5-7J/cm2 for 10 ns pulses @1064nm激光谱线反射镜,高功率激光反射镜问询： 根据如下格式填写您的要求，复制后发邮件给我们，我们将及时回复报价Substrate materialShapeRectangularRoundEllipticDimensionsmmThicknessmmTypePlano-ConvexFlat/FlatPlano-ConcaveOtherRadius of Curvature (ROC)for curved substrates only eg ROC1=-50mm ROC2=+1000mmSurface quality20/1040/2060/4020/5Central wavelengthnmAngle of incidence (AOI)degSurface figureParallelism error-WedgeNo wedge30arcmin1deg2deg3degComments

STD-M 标准铝镜 标准反射镜是用于反射率测量的标准镜面反射参考物。复享科技的STD-M标准反射镜采用高反的Al材料热蒸发而成，能够提供紫外-可见-近红外（200-2500 nm）宽光谱谱段大于95%的高反射率。高反射率表面复享标准高镜面反射率标准板可以用来测量感光底层，光涂层，机加金属和半导体材料等材料的反射率,表面具有高镜面反射率值的物体的参照。 250nm-800nm 波长处反射率为~85%-90%。800-2500nm 反射率为~85%-98%。镜面表面有保护膜铝镜表面为镜面反射，镜面的熔融石英镀膜防止铝镜表面氧化。使用注意事项*设置高反射率基准时可使用STD-M*STD-M铝膜由一层熔融石英镀膜保护着，用户还是应该在使用时备加小心，以保证标准面不被破坏。不要用手或者物体碰表面，以避免污染和破坏。清理STD-M表面时，先用高压气体吹掉表面的污垢和尘土，然后用牵引清洁法除去表面的指纹和固定残留物。牵引清洁法是用镜头纸沾丙酮或酒精慢慢的的拉过镜头的表面。然后单向在镜面拖动，之后自然晾干即可。一般不需擦拭。 溶剂均匀挥发后不会在镜头表面留下拖尾或污点。*裸露的金属层非常干净精密，不能用此方法清理。指印和污垢会对它产生永久破坏，用户在操作STD-M时一定要非常小心，以延长它的使用寿命。更多促销信息：http://www.ideaoptics.com/Products/PContent.aspx?pd=STD-M产品特点1、镜面的熔融石英镀膜放置轻微刮擦，耐高温，性能稳定，避免铝和空气氧化；2、高反射率铝镜；3、外壳铝材料，蓝色阳极氧化铝盒并拧上盖作为保护。典型图片STD-M 标准反射镜反射率图谱更多信息访问：http://www.ideaoptics.com产品性能产品参数项目值波段：200-2500 nm外壳：镜面的熔融石英镀膜；高稳定性外壳铝材料；蓝色阳极氧化铝壳并拧上盖过为保护；直径：内径30 mm，外径40 mm；重量：33.5 g反射率：250-800 nm，80%-90%；800-2500 nm，85%-98%；

高斯反射镜是一种可变反射率反射镜,也是一种梯度反射率镜,Gaussian mirror, 这种高斯反射镜可以有效改善激光光束质量。高斯反射镜和变反射率镜的反射率是位置的函数，镜片反射率随着镜片上位置不同而不同。高斯反射镜能够在不稳腔中提供更加的激光模式，控制实现基模振荡而消除高阶模。高斯反射镜和梯度反射率镜能够改善输出激光的光束质量，特别是在低放大倍率情况下这种光束质量的改变更为明显。高斯反射镜提供的锥形反射率分布可以减少光场分布中的振荡，从而减少高功率激光应用中的光学损伤。高斯反射镜和变反射率镜典型的反射率分布是镜片中心的反射率最大，反射率从镜片中心到边缘依次按函数关系减低。 高斯反射镜和梯度反射率镜参数变反射率镜材料：熔炉石英，UVFS或BK7梯度反射率镜类型：平/平镜片, PCV, PCX高斯反射镜直径：19.05mm +0.0, -0.15 mm变反射率镜厚度：6 mm +/-0.1 mm梯度反射率镜平整度：&lambda /10高斯反射镜光洁度：20-10 scratch & dig变反射率镜平行度：梯度反射率镜净孔径：90%变反射率镜镀膜损伤阈值：10 J/cm2 @ 1064 nm for 10 ns pulses高斯反射镜,变反射率镜,梯度反射率镜询问服务：请直接在如下的询问栏里填写您的要求，然后复制后Email给我们，您会收到及时的报价回复。Material 材料Dimensions, mm尺寸Thickness, mm厚度Type类型PCXPCVFlat/FlatMeniscusRadius of Curvature, mm曲率半径Center wavelength, nm中心波长Wedge 倒角Ro, % 中心反射率Wm, mmGaussian order, k高斯级数Quantity

冷反射镜Ø备有0° 和 45° 入射角可供选择Ø可反射90%的可见光Ø可透射80%的近红外光和红外光通用规格基底:BOROFLOAT® 波长范围 (nm):425 - 1200表面平整度:4 - 6λ表面质量:80-50镀膜类型:Dielectric这些冷反射镜提供两种入射角，即0°和45°，非常适合用于减低红外线辐射生成的有害热量。多层介电膜层可反射90%的可见光，并透射超过80%的NIR和IR。冷反射镜的功能令人满意，可抵抗介于-45°C 到 +232°C的环境温度，本品非常适用于投影系统，因热量聚集可造成系统损坏。这些冷反射镜由BOROFLOAT® 玻璃制作而成，并可按照任何应用所需的尺寸切割。AOI (°)Dia. (mm)尺寸 (mm) 厚度 (mm) 产品编码0.0012.5 x 12.51.10#62-63345.0012.5 x 12.51.10#62-6340.0025.00-3.30#43-8440.0025.0 x 25.03.30#43-845

氩离子激光线反射镜Argon-Ion Laser Line Mirrors低损耗介电镀膜反射率超过98%适用于所有常用的氩离子激光波长通用规格表面质量:10-5平行度（弧分）:有效孔径 (%):90.00后表面:Ground表面平整度:λ/10镀膜类型:Dielectric厚度 (mm):6.00厚度容差 (mm):±0.2入射角 (°):45基底:Fused Silica我们的TECHSPEC® 激光反射镜系列专为条件最为严苛的应用而设计。本产品结合了表面精度可达10-5的激光级基片、密致的反射镀膜和特定激光类别和波长的损伤阈值，适用于需要精度反射和高耐久性的应用。所有的TECHSPEC® 激光线反射镜设计以最大程度减低散射损失，并且可轻松地到任何光学系统。产品信息DWL (nm)Dia. (mm)产品编码-25.00#48-23048812.50#47-03348825.00#47-034

热反射镜?可适用于减低投影器的热量?可反射90%的近红外光和红外光?可透射80%的可见光这些反射镜提供两种入射角，即0°和45°，适合用于减低红外线辐射生成的有害热量。多层介电膜层可透射80%的可见光，同时可反射超过90%的近红外光和红外光，使其成为投影系统的理想选择，因热量聚集可造成系统损坏。这些热反射镜由BOROFLOAT® 玻璃制作而成，并可按照任何应用所需的尺寸切割。注意： 使用高功率照明时，建议使用空气制冷。反射镜主要用于各种投影和照明系统，因较高的热量可迅速损坏敏感元件。经过专门镀膜的热反射镜是生成热量的主要导因，主要用来透射可见光及反射近红外。使用热反射镜可以减低热量，并可对整体系统性能产生zui低影响。Common Specifications表面平整度:4 - 6λ表面质量:80-50基底:BOROFLOAT® 订购信息入射角 (°)直径 (mm)尺寸 (mm)厚度 (mm)产品号025-3.3#43-842025.0 x 25.03.3#43-8430101.6 x 127.03.3#43-453050-3.3#54-515050.0 x 50.03.3#43-4524525-3.3#43-9554512.5 x 12.51.1#62-624020.0 x 20.01.1#62-627012.5-1.1#62-6214512.5-1.1#62-622012.5 x 12.51.1#62-6234525.0 x 25.03.3#43-956020-1.1#62-62545101.6 x 127.03.3#43-9584520-1.1#62-6264550-3.3#55-2334550.0 x 50.03.3#43-9574520.0 x 20.01.1#62-628035.0 x 35.03.3#62-6294535.0 x 35.03.3#62-630

宽带介质膜直角反射镜?为广泛的波长范围提供大于98%的反射率?为所有偏振状态提供高反射率?反射90°的光线?标准金属镀膜反射镜可供选择TECHSPEC® 宽带介质膜直角反射镜旨在为可见至近红外光谱提供光束偏转或精密校准应用方面的支持。比起标准的金属镀膜反射镜，TECHSPEC® 宽带介质膜直角反射镜采用的镜面能提供更为卓越的反射率，通过降低能量损失，大大提高了系统性能。这些直角反射镜安装方便，并可轻易集成至光学系统中。Common Specifications基底:N-BK7表面质量:40-20角度容差（弧分）:±2技术数据订购信息：表面平整度支脚长度 (mm)涂层规格涂层产品号λ/85Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-386λ/810Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-387λ/812.5Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-388λ/815Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-389λ/820Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-390λ/825Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-391λ/430Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-392λ/435Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-393λ/440Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-394λ/450Hypotenuse: Ravg98% @ 400 - 750nmBroadband Dielectric#87-395λ/85Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-396λ/810Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-397λ/812.5Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-398λ/815Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-399λ/820Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-400λ/825Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-401λ/430Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-402λ/435Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-403λ/440Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-404λ/450Hypotenuse: Ravg98% @ 750 - 1100nmBroadband Dielectric#87-405

紫外热反射镜?可透射80%的紫外和可见光?可反射70%的红外光?有关定制尺寸，请联系我们本品专为0° 入射角而设计，这些紫外热反射镜的多层介电膜层可反射红外辐射、限制热量聚集，并且允许紫外和可见光通过。熔融石英基片的高透射率是投影和照明系统的理想选择，并也适用于荧光应用，荧光应用需要透射紫外激发波长，以及截止对于温度比较敏感的有害辐射。热反射镜主要用于各种投影和照明系统，因较高的热量可迅速损坏敏感元件。经过专门镀膜的热反射镜是生成热量的主要导因，主要用来透射可见光，以及反射近红外光。使用热反射镜可减低热量，并可对整体系统性能产生zui低影响。Common Specifications表面平整度:3 - 5λ表面质量:80-50基底:Fused Silica订购信息：入射角 (°)直径 (mm)尺寸 (mm)厚度 (mm)产品号025-3#46-587025.0 x 25.03#46-588050-3#46-589050.0 x 50.03#46-590

λ/8高精度球面反射镜?适用于多光谱聚焦应用?可选各种镀膜?备有多种尺寸可选?备有λ/4 球面反射镜可供选择TECHSPEC® λ/8 的高精度球面反射镜设计用在紫外、可见光或红外光谱范围内的研究和技术性的OEM应用。用户可以选择任何未镀膜或镀各种反射镀膜的任何尺寸的产品。Common Specifications基底:BOROFLOAT® 表面质量:60-40表面精度:λ/8订购信息：直径 (mm)有效焦距EFL (mm)孔径 (f/#)涂层涂层规格产品号107.951143f/10.6Protected AluminumRavg85% @ 400 - 700nmRavg90% @ 400 - 2000nm#50-051152.41524f/10Protected AluminumRavg85% @ 400 - 700nmRavg90% @ 400 - 2000nm#71-026

银膜离轴抛物面反射镜 保护性银膜用于可见光和 IR 应用100? 表面粗糙度90° 偏移角另外也备有铝膜和金膜离轴抛物面反射镜通用规格涂层:Protected Silver (450-10000nm)涂层规格:Ravg98% @ 450 - 2000nm Ravg98% @ 2000 - 10,000nm镀膜类型:Metal焦距容差 (%):±1偏离角度 (°):90表面粗糙度（埃）:波长范围 (nm):450 - 10000有效孔径 (%):90表面质量:80-50基底:Aluminum 6061-T6产品介绍 TECHSPEC® 银膜离轴抛物面反射镜 (OAP) 设计为以特定偏移角引导和聚焦入射的准直光线，将散射损耗降至最低。这些 OAP 反射镜镀有保护性银膜，可提供从可见光到红外线 (IR) 的高反射率，是宽带应用的理想选择。这些银膜OAP 能不受阻碍的接近焦点，允许创建更紧凑的系统. TECHSPEC® 银膜离轴抛物面反射镜 (OAP) 常用于可见光和 IR 光谱中的仪器和激光系统，包括 Schlieren、MTF、FLIR 和 FTIR 系统。有关其他表面粗糙度选项和偏移角度，请查看我们的铝膜或金膜 OAP 或联系我们以索取定制选项.产品信息EFL (mm)Dia. (mm)产品编码25.4025.40#36-58650.8025.40#36-58776.2025.40#36-588101.6025.40#36-589127.0025.40#36-590152.4025.40#36-591177.8025.40#36-592203.2025.40#36-59350.8050.80#36-59476.2050.80#36-595101.6050.80#36-596152.4050.80#36-597177.8050.80#36-598190.6050.80#36-59950.8076.20#36-60076.2076.20#36-601152.40101.60#36-602

外表面镀膜反射镜?备有各种形状和尺寸?备有增强性铝膜和保护性铝膜?有关定制尺寸，请联系我们使用我们的TECHSPEC® 外表面镀膜反射镜，镀膜表面必须朝向入射光，以通过阻止光线透过玻璃基片，zui大程度减低能源损失。本反射镜备有圆形、方形和矩形的反射镜等形状。矩形的外表面镀膜反射镜适用于需要在45°安装反射镜的应用，以达到90°光线路径弯曲。通用规格表面平整度:4 - 6λ基底:Float Glass表面质量:60-40技术数据订购信息表面平整度尺寸 (mm)直径 (mm)涂层规格涂层产品号4 - 6λ-5Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#32-9404 - 6λ6.0 x 6.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8664 - 6λ6.0 x 8.5Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8674 - 6λ-6.35Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#45-6104 - 6λ-10Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#32-9414 - 6λ10.0 x 10.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#45-5174 - 6λ10.0 x 14.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#48-4494 - 6λ-12.5Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#32-9424 - 6λ12.5 x 12.5Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-7904 - 6λ12.5 x 17.5Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8694 - 6λ-12.7Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4834 - 6λ12.7 x 12.7Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4844 - 6λ-15Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#32-9434 - 6λ15.0 x 15.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8704 - 6λ15.0 x 21.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8714 - 6λ-18Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#45-5214 - 6λ-20Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#32-9444 - 6λ20.0 x 20.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8724 - 6λ20.0 x 28.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8734 - 6λ-25Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#32-9454 - 6λ25.0 x 25.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-7924 - 6λ25.0 x 35.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8754 - 6λ-25.4Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4854 - 6λ25.4 x 25.4Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4864 - 6λ-30Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#46-0254 - 6λ-35Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#46-0274 - 6λ35.0 x 35.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#45-5194 - 6λ35.0 x 50.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#48-4504 - 6λ-38.1Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4874 - 6λ38.1 x 38.1Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4884 - 6λ-40Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#45-6124 - 6λ-50Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#45-6144 - 6λ50.0 x 50.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#43-8764 - 6λ50.0 x 75.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#48-4514 - 6λ-50.8Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4894 - 6λ50.8 x 50.8Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4904 - 6λ60.0 x 85.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#64-4104 - 6λ-75Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#45-6164 - 6λ75.0 x 75.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#48-4524 - 6λ75.0 x 100.0Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#48-4534 - 6λ-76.2Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4914 - 6λ76.2 x 76.2Ravg 94% @ 450 - 650nmEnhanced Aluminum (450-650nm)#83-4924 - 6λ-5Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-7284 - 6λ6.0 x 6.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8774 - 6λ6.0 x 8.5Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8784 - 6λ-6.35Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#45-6114 - 6λ-10Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-7294 - 6λ10.0 x 10.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#45-5184 - 6λ10.0 x 14.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#48-4544 - 6λ-12.5Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-7304 - 6λ12.5 x 12.5Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-7914 - 6λ12.5 x 17.5Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8804 - 6λ-12.7Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-4934 - 6λ12.7 x 12.7Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-4944 - 6λ-15Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-7314 - 6λ15.0 x 15.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8814 - 6λ15.0 x 21.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8824 - 6λ-18Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#45-5224 - 6λ-20Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-7324 - 6λ20.0 x 20.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8834 - 6λ20.0 x 28.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8844 - 6λ-25Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-7334 - 6λ25.0 x 25.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-7934 - 6λ25.0 x 35.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8864 - 6λ-25.4Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-4954 - 6λ25.4 x 25.4Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-4964 - 6λ-30Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#46-0264 - 6λ-35Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#46-0284 - 6λ35.0 x 35.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#45-5204 - 6λ35.0 x 50.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#48-4554 - 6λ-38.1Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-4974 - 6λ38.1 x 38.1Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-4984 - 6λ-40Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#45-6134 - 6λ-50Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#45-6154 - 6λ50.0 x 50.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#43-8874 - 6λ50.0 x 75.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#48-4564 - 6λ-50.8Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-4994 - 6λ50.8 x 50.8Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-5004 - 6λ60.0 x 85.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#64-4114 - 6λ-75Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#45-6174 - 6λ75.0 x 75.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#48-4574 - 6λ75.0 x 100.0Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#48-4584 - 6λ-76.2Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-5014 - 6λ76.2 x 76.2Ravg 96% @ 700 - 2000nmRavg 96% @ 2000 - 10,000nmProtected Gold (700-10000nm)#83-5024 - 6λ50.0 x 75.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4964 - 6λ50.0 x 50.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4954 - 6λ-50Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4944 - 6λ35.0 x 50.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4904 - 6λ35.0 x 35.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4894 - 6λ-35Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4884 - 6λ-30Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4874 - 6λ25.0 x 35.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4844 - 6λ25.0 x 25.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4834 - 6λ-25Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4824 - 6λ20.0 x 28.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4814 - 6λ20.0 x 20.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4804 - 6λ-20Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4794 - 6λ15.0 x 21.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4774 - 6λ15.0 x 15.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4764 - 6λ-15Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4754 - 6λ12.5 x 17.5Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4724 - 6λ12.5 x 12.5Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4714 - 6λ-12.5Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4704 - 6λ10.0 x 14.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4694 - 6λ10.0 x 10.0Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4684 - 6λ-10Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-4674 - 6λ6.0 x 8.5Ravg 98% @ 450 - 2000nmRavg 98% @ 2000 - 10,000nmProtected Silver (450-10000nm)#89-465