X-Ray Silicon Nitride Windows – Single Window

SiMPore’s X-ray silicon nitride windows offer exceptional performance for X-ray microscopy and sample deposition applications. These high-quality windows, available in a single window configuration, come in a variety of thicknesses and frame sizes to meet your specific needs.

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SKU: SMP-X05-A50Q05$450.00
SKU: SMP-X05-A100Q05$450.00
SKU: SMP-X05-A100Q10$450.00
SKU: SMP-X10-A50Q05$600.00
SKU: SMP-X10-A100Q05$600.00
SKU: SMP-X10-A100Q10$600.00

Product Information

SiMPore's X-ray windows are meticulously crafted using advanced silicon nitride fabrication techniques. These windows offer exceptional transparency to X-rays, making them ideal for a variety of imaging and analysis applications. The single-window design provides a clear aperture for unobstructed beam transmission, while the robust silicon nitride construction ensures durability and stability even in demanding experimental conditions. Available in a range of sizes and thicknesses, SiMPore's X-ray windows are the perfect solution for scientists and researchers seeking high-quality, reliable performance.

Example applications:

Soft X-Ray diffraction studies - The 500 x 500 micron silicon nitride membranes with 50 nm and 100 nm thick single windows withstand full vacuum differential pressure and permit high X-Ray transmission across a wide spectrum.

Liquid cells for biological X-Ray studies - The 1,500 x 1,500 micron and 2,500 x 2,500 micron silicon nitride membranes offer large imaging areas and high X-Ray transmission and are compatible with partial vacuum conditions.

Learn about silicon nitride:

Incredibly durable - Low-stress LPCVD Silicon Nitride membranes are mechanically strong and well-suited for high temperature and differential pressure environments.

Plasma cleanable - All of X-Ray Windows can be vigorously plasma cleaned to remove organic contamination.

Increases uniformity - Flat, uniformly deposited films provide consistent backgrounds with low field-to-field variability and high X-Ray transmission.