'Our organization is a top exporter, importer, distributor, and supplier of Holographic Film in PET and BOPP forms, including the popularly demanded Fresnel Lens Lamination Film. These superior quality films are highly resistant to counterfeiting and copying, and are used across industries. Our lens films, made with advanced printing technology and superior quality raw material, are best suited for use in packaging, lamination, printing, labels, and gift wrapping. They add beauty to the product while preventing duplication. These films are used across various fields, like cosmetics packaging, beverage box packaging, video game packaging, new DVD releases, and alcoholic drinks. The Fresnel lenses in our niche films are made up of microstructures that refract or reflect light like a thick

White light holograms, also known as full-color or full-spectrum holograms, are a captivating advancement in holographic technology. These holograms are designed to be viewed under everyday white light conditions, making them accessible and visually stunning. What sets white light holograms apart is their ability to faithfully reproduce the entire visible spectrum of colors, providing a realistic and vibrant 3D representation of the objects or scenes they capture.

We are Leading exporter, Importer, Distributor and provider of Holographicwide web film in both PET and BOPP.Holographic Wide web Films offer 100% security to the products against the threat of counterfeiting and duplicity by creating them fully secure. Holographic Fresnel lens Lamination Film are specially designed and made using premium quality raw material and sophisticated printing technology for extensive utilization in packaging industry.It’s combats the danger of duplicity & increases the aesthetics of merchandise.This is very helpful for versatile packaging,lamination, printing, labels and gift wrappings etc. Lens films are presently used for cosmetic packaging and beverage cartons, likewise as video games and recent blockbuster dvd releases, Liquor Bottles cartoons. These specialty films are created from Linear and Circular Fresnel lenses. A Fresnel lens is a microstructure product of facets that bend or reflect light like a thick lens . they'll be created to either focus or spread light. These lenses are originated in our Diamond Turning Machine (DTM) work employing a diamond tool to chop facets into a metal mold. we've got created a variety of stock lens patterns that are innovative in their active motion and 3D depth.

Holographic hot-stamping foil is an advanced multi-layer polyester film that features complex holographic designs or registered hologram motifs, with a thickness between 15 and 25 microns. It undergoes a specific wax release coating treatment and is adhered onto different substrates, such as paper, vinyl cards, and synthetic leather, using heat and pressure application. After the foil is attached, it cannot be relocated or detached from the base material, which could be paper, leather, or other surfaces. To make it more scratch-resistant, the foil is metalized. There are three different security hot-stamping foils: A) Registered hologram image with sensor mark - this type is visually striking, economical, and has high adhesion after application. It has a single sensor that facilitates its application via high-speed automated stamping, and it is designed with a holographic image that is favorable to effective stamping because of its operational routine images, thus reducing waste in the process.

Kiranholographics deals in security holograms and hologram security decals that contain thermochromic ink. These holograms change color with changes in temperature; they become colorless at higher temperatures and colored at lower temperatures. We also deal in a variety of security inks, such as ultraviolet radiation ink, fluorescent ink, optical factor ink, infrared security inks, and sunlight-sensitive security ink. Kiranholographics offers security holograms and hologram security decals that use thermochromic ink. These holograms react to temperature changes by changing color, from colored to colorless when the temperature increases, and from colorless to colored when the temperature drops. We also provide other safety inks such as ultraviolet radiation ink, fluorescent ink, optical factor ink, IR security inks, and sun-light sensitive security ink.

The Hologram Master Origination works on the principle of sending light beams which can be broken and sent using lenses at a number of angles to create an interference pattern which is recorded in the form of an image over a glass plate. This artifact, made with a nickel mould, plays an important role during the making of holograms. The creation of holographic pictures helps masters counter product counterfeiting. By amplifying light beams and applying lenses, we produce an individual combination of interference-type security features on the glass plate. These features, which are both 2D and 3D holograms, are highly instrumental in preventing counterfeiting attempts. The hologram creation offers a genuine set of security features, including images produced by laser optical recording, dot-matrix holograms created by innumerable grating dots at various angles, and true color holograms created by photographic techniques. In addition, nickel molds are a protective feature in the hologram creation process.

UV holograms are a cutting-edge security feature that incorporates holography with ultraviolet (UV) light-reactive properties. These holograms are designed to be visible only under UV light, creating an additional level of security that is nearly impossible for counterfeiters to replicate accurately.The key characteristic of UV holograms is their ability to remain invisible to the naked eye in normal lighting conditions. However, when exposed to UV light, they reveal intricate holographic patterns, images, or text.

These holograms exhibit a full spectrum of colors when illuminated with white light. They are often used for decorative and artistic purposes, creating stunning visual effects.

Phase holograms capture not only amplitude information but also the phase of the light waves. This allows for more precise control over the reconstruction of 3D scenes and is particularly useful in applications such as holographic microscopy and optical trapping.