AP5 ultra-thin polymer windows are the highest performing x-ray windows available for low and high energy x-ray analysis. AP5 windows are ideal for applications that require maximum View document

Ultra Broadband polarizer’s are designed to offer an excellent solution for almost any multi-wavelength application. The wide-band characteristics of this polarizer, enables a wide range of products and technologies. View document

ProLINE™ Series windows are ideal for applications that require high transmission of low energy x-rays. ProLINE Series windows have higher performance than stretched polypropylene and other commonly used WDXRF windows. View document

Moxtek's visible polarizers are heat tolerant, accept wide angles of incidence, and have high transmission and contrast. View document

Pixelated polarizers are designed using Moxtek® Nanowire® Technology. Pixelated polarizers are available as two, three and four-state devices for polarimetric imaging. View document

ProFlux® Beamsplitter Nanowire® Technology is optimized to operate at 45°, providing durable polarizing beamsplitters. These beamsplitters can be used for a variety of both imaging and non-imaging applications for display products and scientific instruments. View document

ProFlux® SIR Series Infrared polarizers provide excellent broadband infrared performance for applications in the 3-12μm wavelengths. These IR polarizers utilize Moxtek’s unique Nanowire® Technology, specially engineered anti-reflective coatings, and high quality thin silicon substrates to achieve high transmission and contrast.   Click here to view the SIR datasheet View document

Moxtek® DuraBeryllium® windows are the highest performing beryllium x-ray windows available. DuraBeryllium windows have high x-ray transmission, are corrosion resistant, and vacuum tight. View document

Beryllium Material Safety Datasheet View document

ProFlux® polarizers are designed using Moxtek® Nanowire® Technology to optimally control light and image polarization. These polarizers are compatible with high energy and high temperature environments. View document