Achieve Atomically Clean Optics with First Contact Polymer
First Contact Polymer is specially formulated to clean and protect precision optical surfaces. Safe to use on all kinds of glass, most coated optical surfaces, fused silica, aluminum-coated mirror surfaces, and much more.First Contact™ is the safest cleaning product and the only protective film that also cleans an optic.
Cleaning Phase Masks with First Contact™ Polymer Solution Phase masks are difficult to clean. Traditional methods are time consuming and require hazardous chemicals. First Contact™ simplifies cleaning phase masks and ensures excellent results. Simply apply a generous amount of First Contact™ to the phase mask and allow it to dry. If the contaminants are only particulates the application rate may be as little as 1 ml for each 3.5 square inches, 22.5 square centimeters; but if there are skin oils or fingerprints use 1 ml for each 2 square inches, 13 square centimeters. When lifting oils from a contaminated phase mask it is helps to place a cover over the treated optic to slow down the drying process and allow it to dry overnight. If the oily contamination is heavy, it may help to rinse with an organic solvent prior to using First Contact.
As an alternative to the drag wipe method, First Contact is a "touch-free" one-part strip coating system designed to clean precision optics to the molecular level. Available in kits and bulk bottles, simply apply, dry, and peel off the polymer to reveal a pristinely clean surface.
First Contact is trusted to clean large, unprotected mirrors in some of the world's premier observatories, such as the W.M. Keck Observatory in Hawaii at 14,000 ft atop Mauna Kea, ESO La Silla ITT, SLRSC Western Range Depot Optics Group, and Vandenberg Air Force Base.
Ideal for print lifts and print
preservation, First Contact matches surface contours, holds particulate
material (such as dusting powders) in their exact relative orientation, and
fixes the print without distortion. The formula is uniquely
suited to preserve and collect latent prints from frozen, textured, mottled,
and other hard-to-process surfaces.