Reflective Coating is UV-VIS enhanced.
Press Release Summary:
No. 3000-SI Al+SiO2 optical coating is optimized for maximum UV reflectance with greater than 89% reflectance from 250-300 nm, and broadband reflectance of 200-700 nm. Coating survives mil-spec adhesion and temp/humidity cycling and is more durable than conventional UV Al+MgF2 coatings. It is suited for N2 laser use and for analytical applications that require stability and UV-VIS reflectance. Coating can be cleaned using recommended solvents and procedures.
Original Press Release:
Durable UV-VIS Enhanced Broadband Reflective Coating
Acton Research Corporation is pleased to announce the introduction of a new UV-VIS enhanced Al+SiO2 optical coating for OEM applications. The new #3000-SI coating is more durable than conventional UV Al+MgF2 coatings. It allows easier handling and can be cleaned using recommended solvents and procedures. The #3000-SI coating also survives mil-spec adhesion and temp/humidity cycling. It is optimized for maximum UV reflectance with > 89% reflectance from 250 - 300nm and also good broadband reflectance from 200 to 700nm. The new coating is well suited for N2 laser use as well as analytical applications that require good coating stability, durability and enhanced UV-VIS reflectance. The coating can be provided on Acton Research substrates or on customer supplied materials in single piece and OEM quantities. Contact Acton Research for more information.
Acton Research Corporation has over forty years of experience manufacturing high performance, long-lifetime laser mirrors and coatings, VUV/UV broadband optics and VUV/UV optical filters used in numerous demanding research and OEM applications including semiconductor, medical, and environmental. Acton Research also manufactures spectroscopic instrumentation as well as complete spectroscopic measurement systems.
