BP340-10 Bandpass Filter(CWL=340nm,FWHM=10nm)

Extreme Deep UV Filter - BP340-10

Push the boundaries of deep UV spectroscopy with our BP340-10 bandpass filter, expertly engineered for the most challenging applications at 340nm. This ultra-high-performance filter combines a precision 10nm full width at half maximum (FWHM) with exceptional optical density blocking, delivering unmatched spectral selectivity in the extreme deep UV region where optical performance is most critical.

Exceptional Specifications:

• Center Wavelength: 340nm - Extreme deep UV precision
• Ultra-Narrow Bandwidth: 10nm FWHM for maximum spectral resolution
• Superior Blocking: OD3+ optical density for exceptional out-of-band rejection
• Extreme UV Engineering: Optimized for the most demanding deep UV applications
• Research Grade: Built to withstand the rigors of advanced scientific instrumentation

Advanced Applications:

Essential for extreme deep UV spectroscopy, advanced photochemical research, protein structural analysis, and cutting-edge analytical instrumentation. The 340nm wavelength is particularly valuable for studying aromatic amino acids, nucleic acid interactions, and photochemical processes that require the deepest UV penetration with exceptional spectral purity.

Scientific Excellence:

The BP340-10 enables breakthrough research in biochemistry, materials science, and photochemistry where conventional UV wavelengths cannot provide sufficient analytical depth. This extreme deep UV capability is crucial for studying molecular structures, protein folding dynamics, and UV-induced chemical reactions at the fundamental level.

Technical Superiority:

Operating in the extreme deep UV region at 340nm presents unique optical challenges that our BP340-10 filter overcomes with precision engineering. The narrow 10nm passband ensures maximum spectral selectivity while superior blocking characteristics eliminate unwanted background signals that could compromise measurement accuracy.

Research Impact:

Widely adopted in leading research institutions for advanced spectroscopic techniques, protein analysis, and photochemical studies. The extreme deep UV range at 340nm opens analytical possibilities unavailable at longer wavelengths, enabling researchers to probe deeper into molecular structures and chemical processes.

SyronOptics Precision Engineering:

Each BP340-10 filter represents the pinnacle of optical filter manufacturing, undergoing comprehensive testing to ensure precise center wavelength accuracy, consistent transmission characteristics, and reliable blocking performance. Our advanced manufacturing processes guarantee the exceptional quality your most demanding extreme deep UV applications require.