Knight Optical (UK) Ltd 214nm UV Interference Bandpass Filter 12.5mmdia x 10nmBW 214FIB12

Description
This range of UV type interference band-pass filters are used to isolate and transmit a specified narrow wavelength and reflect all other incident wavelengths in the ultra-violet spectrum. These high quality ultra-violet interference bandpass filters are available from 214nm-320nm in various bandwidths to meet a range of UV instrument requirements such as fluorescence imaging and instrumentation. This range of UV bandpass filter has high transmission at very competitive costs. Typically, our filters are 3-7 cavity and in most cases blocking is metal dielectric from 200nm to FIR (3000+nm) at OD4. We can also supply interference bandpass filters with dielectric blocking on request. Although our standard stock range is mounted, un-mounted types with aerospace paint blackened edges can be supplied at request All our interference bandpass filters are supplied with a transmission curve; ASCII files are available on request. Filters are available on short lead times directly from stock, or as custom products designed to fit your specific application. For more information please contact our technical sales team with your requirements.
Datasheet
Description
This range of UV type interference band-pass filters are used to isolate and transmit a specified narrow wavelength and reflect all other incident wavelengths in the ultra-violet spectrum. These high quality ultra-violet interference bandpass filters are available from 214nm-320nm in various bandwidths to meet a range of UV instrument requirements such as fluorescence imaging and instrumentation. This range of UV bandpass filter has high transmission at very competitive costs. Typically, our filters are 3-7 cavity and in most cases blocking is metal dielectric from 200nm to FIR (3000+nm) at OD4. We can also supply interference bandpass filters with dielectric blocking on request. Although our standard stock range is mounted, un-mounted types with aerospace paint blackened edges can be supplied at request All our interference bandpass filters are supplied with a transmission curve; ASCII files are available on request. Filters are available on short lead times directly from stock, or as custom products designed to fit your specific application. For more information please contact our technical sales team with your requirements.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
214nm UV Interference Bandpass Filter 12.5mmdia x 10nmBW - 214FIB12 - Knight Optical (UK) Ltd
Harrietsham, United Kingdom
214nm UV Interference Bandpass Filter 12.5mmdia x 10nmBW
214FIB12
214nm UV Interference Bandpass Filter 12.5mmdia x 10nmBW 214FIB12
This range of UV type interference band-pass filters are used to isolate and transmit a specified narrow wavelength and reflect all other incident wavelengths in the ultra-violet spectrum. These high quality ultra-violet interference bandpass filters are available from 214nm-320nm in various bandwidths to meet a range of UV instrument requirements such as fluorescence imaging and instrumentation. This range of UV bandpass filter has high transmission at very competitive costs. Typically, our filters are 3-7 cavity and in most cases blocking is metal dielectric from 200nm to FIR (3000+nm) at OD4. We can also supply interference bandpass filters with dielectric blocking on request. Although our standard stock range is mounted, un-mounted types with aerospace paint blackened edges can be supplied at request All our interference bandpass filters are supplied with a transmission curve; ASCII files are available on request. Filters are available on short lead times directly from stock, or as custom products designed to fit your specific application. For more information please contact our technical sales team with your requirements.

This range of UV type interference band-pass filters are used to isolate and transmit a specified narrow wavelength and reflect all other incident wavelengths in the ultra-violet spectrum.

These high quality ultra-violet interference bandpass filters are available from 214nm-320nm in various bandwidths to meet a range of UV instrument requirements such as fluorescence imaging and instrumentation. This range of UV bandpass filter has high transmission at very competitive costs.

Typically, our filters are 3-7 cavity and in most cases blocking is metal dielectric from 200nm to FIR (3000+nm) at OD4. We can also supply interference bandpass filters with dielectric blocking on request.

Although our standard stock range is mounted, un-mounted types with aerospace paint blackened edges can be supplied at request All our interference bandpass filters are supplied with a transmission curve; ASCII files are available on request. Filters are available on short lead times directly from stock, or as custom products designed to fit your specific application. For more information please contact our technical sales team with your requirements.

Supplier's Site Datasheet

Technical Specifications

  Knight Optical (UK) Ltd
Product Category Optical Filters
Product Number 214FIB12
Product Name 214nm UV Interference Bandpass Filter 12.5mmdia x 10nmBW
Filter Type Bandpass / Interference Filters
Unlock Full Specs
to access all available technical data

Similar Products

Gurley Precision Instruments
Specs
Filter Type Neutral Density Filters
Application Visible
Filter Shape Rectangular
View Details
Optical Notch Filters -  - Changchun Yutai Optics Co., Ltd.
Changchun Yutai Optics Co., Ltd.
Specs
Thickness 0.5000 to 6 mm (0.0197 to 0.2362 inch)
Surface Quality 60-40 Scratch / Dig; 80-50 Scratch / Dig
View Details
Filter -  - CRYSTECH, Inc.
CRYSTECH, Inc.
Specs
Filter Type Bandpass / Interference Filters
Application Infrared; Visible
Filter Shape Rectangular
View Details
Longpass Filter, Colored Glass, 12.7 mm, 610 nm Cut-on, RG610 Glass - FR-RG610 - Newport MKS
Specs
Filter Type Color Filters; Long Pass Filters; Colored Glass Longpass Filter
Filter Diameter, Side Length, or Rectangular Length 12.7 mm (0.5000 inch)
Rectangular Width 12.7 mm (0.5000 inch)
View Details