PG&O Featured Downloads

  1. Datasheet: HRM (Heat Reflecting Mirror) 10/15/2009

    Our Hot Mirrors are all-dielectric vacuum deposited mirrors with advantages over standard commercial hot mirrors or heat absorbing glass filters. The visual transmission is much higher and neutral in color with excellent heat reflecting characteristics.

  2. Datasheet: ITO (Indium-Tin Oxide) 10/15/2009

    Indium-tin Oxide (ITO) is a transparent conductive coating that is used in many optical applications. Electrical heating, solar cell arrays, electro-magnetic shielding and static elimination are just a few of the many uses of ITO. PG&O is proud to add ITO to its extensive line of coatings.

  3. Datasheet: MAL (Mirror Aluminized) 10/15/2009

    MAL series mirrors are front surface aluminized, on select float glass. The aluminum is overcoated with all dielectric layers to enhance reflectivity and protect against heat, humidity and abrasion. These mirrors are typically used for photocopiers, scanners, facsimile machines and other instrumentation.

  4. Datasheet: UCM (Ultraviolet Cold Mirror) 10/15/2009

    PG&O ultraviolet cold mirrors are used in applications such as photo lithographic of printed circuit boards, ultraviolet curing, diazo film processing and other ultraviolet light course applications requiring mirrors of high quality and reliability.

  5. Datasheet: CAR (Crown Anti-Reflection) 10/15/2009

    Our “off-the-shelf ” multilayer anti-reflection glass is coated in-house with our state-of-the-art BBAR antireflection coatings. Using select optical crown glass of various thicknesses for your convenience.

  6. Datasheet: CMO (Cold Plate Mirror) 10/15/2009

    Cold Mirrors reflect visible energy (400nm to 650nm) and transmit the infrared energy (800nm to 1200nm). They are typically used in heat/light applications such as movie and slide projectors where high visible reflection and infrared transmission are critical.

  7. Datasheet: PBS (Plate Beamsplitter) 10/15/2009

    Plate Beamsplitters divide incident light into transmission and reflection components. The first surface is coated with all-dielectric materials to yield the desired transmission and reflection characteristics.