Quality IR Optical Coatings
Ir optical coatings

IR optical coatings (IR for infrared) are used in many high end applications. They are used to make optical materials which are suited for patient’s needs. Lens coatings need to be created to resist damage. Most optical coatings are made using polycarbonate in order to prevent shatter upon impact. Polycarbonate is mainly used in the manufacturing of optical coatings because it is lighter in weight. It can be used to make lenses of superior optical quality. However, pol »»

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Types of Specialty UV Coatings and How They are Used
special optical

Coatings have been used for many years to provide quality packaging. The main reason why coatings are important is because they offer protection and extend the lifespan of the contents in a package. Specialty UV coatings are used in printed packaging for decorative as well as protective reasons. They are applied in such a way that the package entices a consumer and is still able to protect the contents. Ultraviolet coatings are available in a range of finishes. We ar »»

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What You Need to Know About Multi-Layer Optical Coatings
multilayer-anti-reflection-coatings

Optical coatings are often used to alter the physical or optical properties of various solid materials. When thin film coatings are applied on a surface, they alter the spectral reflection and transmission of optical components. Sometimes the thin film is made up of only one layer that is deposited on a specific substrate. In other cases, the thin film coating consists of many layers. These layers are put together in order to produce the desired optical filter. This is what i »»

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Common Applications of Notch Filter Optical Coatings
Notch-Filters-for-Optical-Systems

Notch filters are simply optical filters which are designed to transmit some wavelengths and reject a portion of the spectrum. The filters are commonly used in applications whereby there is a need to reflect or reject electromagnetic radiation effectively and at the same time provide high transmission at wavelengths beyond the spectral region that is being rejected. They have dielectric coatings which is what enables the filters to reflect laser wavelengths. Notch filters ha »»

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How Penn Optical Coating Photoreactor m1 helps to Reduce Redox Catalysis Reactions from Hours to Minutes
photo-reactor

The Penn Optical Coating Photoreactor M1 (or PENNOC Photoreactor M1) is registered to Penn Optical Coatings, LLC under U.S. federal trademark registration serial number 87690998. One of the greatest selling points of the photoreactor is that it reduces redox catalysis reactions from hours to minutes. So, how does this photoreactor help reduce the time taken by redox catalysis reactions?  1.      Simplification of Optical Coating  The production of optical coatings »»

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The Evolution of Beam Steering Coatings for Micro Material Processing
Beam Steering coatings

Micro Material Processing requires a lot of precision because of the small size of components and their often sensitive application (mostly dome for miniature functional components in medical devices, instruments, vehicles, systems, and machines). There is also a complex interplay of different factors to achieve the desired manufacturing function, be it the coating, cutting, drilling, marking, or scribing. The coating of these miniature components can be done using different »»

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Get Quality Polarizing Coatings for Broad-Band
customcoatings

Polarizing coatings for broad-band can have numerous applications. The coatings are used because of the simple fact that the human eye cannot perceive polarization of light. These coatings work by selectively transmitting the light with specific polarization. Sometimes optics are used to change the polarization state and enhance the performance of the system. Plate polarizing beamsplitters These beamsplitters are designed to transmit p-polarization and reflect s-polarizatio »»

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The Common Applications of Speciality Conductive Coatings
camerafilter

Specialty coatings, often regarded to as “smart coatings” describe a group of coatings that respond to certain mechanical, thermal and optical stimuli. These types of coatings have been widely used today in the paint and coatings industry due to their powerful properties. Coatings can be applied on eyeglasses, TV screens and other electronics to act as a protective layer and improve the effectiveness and function of the product. It is important to note that the selection »»

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8 Benefits of Band Pass Custom Optical Coatings
Band pass Optical Coatings

A band pass filter is a filter that rejects frequencies that are outside the desired range and that allows designated frequencies to go through. These filters are broadly categorized into active and passive band pass filters. Active filters use transistors and ICs and use an external power source while passive filters use capacitors and inductors and do not require an external power source. Some of the major applications of band pass filters are imaging, fluorescence microsc »»

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Acrylic Specialty Optical Coatings: Benefits of Acrylic and How Optical Coatings Further Enhance these Benefits
Optical coatings

Why Acrylic? Acrylic is a popular plastic that is made using acrylic acid derivatives. There are several acrylic polymer grades to choose from and they are usually used in injection and extrusion moulding manufacturing processes. The most popular type of acrylic is PMMA (Polymethyl Methacrylate acrylic) because of its favourable qualities. So, why should you consider using acrylic? Variety You get to choose between different acrylic polymer grades. The polymers can be op »»

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