Metal mirror coatings are often used in systems where a very broadband reflector or beam splitter is needed. Metal coatings can also be an excellent choice when an economical coating is especially important. Examples of common metal coating applications include telescope mirrors, neutral density filters, and general purpose ...

ECI’s coatings consistently meet or exceed industry standards for environmental durability and laser damage. ECI’s coating designs can be optimized for maximum performance for the Ultraviolet, Visible, and Near Infrared spectrums. ECI deposits protected and enhanced metal optical coatings for military, medical, ...

Aluminium is the preferable material for UV - VIS applications. It has better reflectance than any other metal in UV. Aluminium mirrors are available as protected aluminium and enhanced aluminium.

Intlvac systems can produce a wide range of multi-layer, dielectric coatings depending on customer requirements. Custom filter options are available using a diverse range of substrates for applications in the VIS, NIR, SWIR, and MWIR spectral regions. Coating examples include:1. BANDPASS FILTERSCoating Description: ...

Percent reflectance at normal incidence: Freshly Evaporated Mirror Coatings.

Turning Mirror 126116.

Laser Mirror 106877.

Turning Mirror 106754.

High Reflection Subtypes.

High Reflector Coatings.

Spectrum Thin Films can design metallic coatings for optical mirrors – laser, flat, metal substrate, focusing, or specialty mirrors in a range of reflective coating options at different regions of the spectrum, including aluminum, silver, gold, or dielectric. Standard metallic mirror coatings include Protected Aluminum, ...

A hot mirror is in essence a thin film coating applied to substrates in an effort to reflect infra-red radiation either as a means to harness the reflected wavelengths for an application or to remove them from an application. Hot mirror filters transmit the visible spectrum and reflect the infrared at normal incidence.  The ...

This cold mirror is specially designed to reflect more than 95% average of ultra-violet rays from 350-450nm and transmit more than 90% average 550-1200nm at 45 degrees angle of incidence. Custom angles of incidence can be designed to meet your requirements. This cold mirror filter is designed to operate at 0 degrees angle of ...

High reflectors, sometimes referred to as laser mirrors, are used when a very high amount of light is needed to be reflected. They typically reflect between 99.0% to 99.995% with scatter as low as 50ppm. The angle of incidence and the center wavelength can be optimized from 0 to 70 degrees, and between 193nm and 3000nm. This type of ...

Protected silver offers a higher surface reflectivity than the enhanced aluminum coating. It provides an average reflection of approximately 97% in the visible wavelength range. This coating is a hybrid design optimized to provide increased environmental stability and maximum shelf life.

The enhanced aluminum design provides a better performance than protected aluminum coating. It averages about 94% reflection in the visible spectrum. The coating incorporates the use of a dielectric stack on the aluminum which provides a better resistance to abrasion than the raw metal.

This mirror offers solid performance. The design provides approximately an 88% average surface reflection in the visible spectrum. It has a silicon monoxide, SiO, overcoat to help provide a higher resilience to abrasion than bare aluminum.

Many applications require surfaces that are highly reflective, and the most common technique for making mirrored surfaces is to vacuum deposit a reflective coating onto a polished surface. At Newport Thin Film Lab, we offer two types of mirror coatings to help with this.  The two options for vacuum deposited thin film reflectors ...

Many applications require surfaces that are highly reflective, and the most common technique for making mirrored surfaces is to vacuum deposit a reflective coating onto a polished surface. At Newport Thin Film Lab, we offer two types of mirror coatings to help with this.  The two options for vacuum deposited thin film reflectors ...

Many applications require surfaces that are highly reflective, and the most common technique for making mirrored surfaces is to vacuum deposit a reflective coating onto a polished surface. At Newport Thin Film Lab, we offer two types of mirror coatings to help with this.  The two options for vacuum deposited thin film reflectors ...