Spectrogon气体检测滤光片

气体分析应用

例如，Spectrogon制造用于测量许多不同气体的红外滤光片； CH4，C2H6O，CO，CO2，HCl，NO，NO2，O2，SO2和麻醉气体。 这些已成功用于汽车，燃烧，环境，医疗和配电行业。

Spectrogon气体检测滤光片应用

Gas analysis applications

Spectrogon manufactures infrared filters for measuring many different gases, for example; CH4, C2H6O, CO, CO2, HCl, NO, NO2, O2, SO2 and anaesthetic gases. These are succesfully used in automotive, combustion, environmental, medical and power distribution industry.

红外滤光片功能

高透射率，通带外的高抑制比，优良的表面质量和涂层均匀性使我们的滤波器具有的性能

Infrared filter features

The high transmission, high rejection outside the passband, fine surface quality and the coating uniformity gives our filters excellent performance.

尺寸图

Spectrogon生产的滤光片和窗户的直径从Ø6.0到Ø200.0mm。 可以将晶圆切成定制尺寸，小至1.0x1.0 mm。 厚度从0.3到3.0毫米。

Dimensions

Spectrogon manufactures filters and windows from Ø6.0 to Ø200.0 mm. The wafers can be diced to custom-made sizes, down to as small as 1.0x1.0 mm. Thickness from 0.3 to 3.0 mm.

基材材质

典型的基材材料是：锗，硅，FZ硅，蓝宝石，ZnS和ZnSe

Substrate materials

Typical substrate materials are: Germanium, Silicon, FZ Silicon, Sapphire, ZnS and ZnSe

生产能力

Spectrogon的涂层室既可用于小型原型生产，也可用于大批量生产。

Production capabilities

Spectrogon has coating chambers both for small prototype runs and for high volume production.

薄膜设计

对于定制设计，我们有几位薄膜设计师可以随时检查您的规格。 我们帮助您确定技术上可行且制造经济的规格。

Thin film design

For custom designs we have several thin film designers ready to review your specification. We help you to determine a specification that is both technically feasible and economical to manufacture.

现货的交付

用于原型工作； 在我们的网站上查看可用的库存过滤器，单击过滤器描述，您将获得每批过滤器的光谱特征。 我们列出了大约1000种不同的过滤器类型。

Off-the-shelf deliveries

For prototype work; check our website for available stock filters, click on the filter descripition and you will get spectral characteristics for each filter batch. We have approximately 1000 different filter types listed.

涂装工艺

Spectrogon的红外滤光片和窗户采用硬涂层技术制造，可以使薄膜具有的环境稳定性。

Coating process

Spectrogon’s infrared filters and windows are manufactured with a hard coating technique which gives films with superior environmental stability.

The coatings meet MIL-F-48616: temperature, humidity, mild abrasion and adherence.

Manufacturing processes conforms to environmental regulations; RoHS (Restriction of Hazardous Substances) EU 2002/95/EC and REACH (Registration, Authorisation and Restriction of Chemicals) EC1907/2006).