'ultra thin curved silver plates'

We supply holographic strips of various shapes, sizes, and colors within our wide assortment of paper labels. Backed by technological breakthroughs, we customize our labels and make them safe. We can also use protection in terms of adding ultraviolet ink, as well as serial numbering. They are holographic strips in paper-thin look that we intended to be on surfaces like laminate, paper, as well as products. Our experienced team at Kiran Holographics leverages these features to authenticate, mostly in the healthcare sector, for brand authenticity and anti-tampering. Our aim is to design labels that are tamper evidence and resistant to modification, thereby promoting brand recognition and consumer trust.

Holographic security Seal Honey Comb Hologram Label Honey Comb Hologram Stickers and Labels: Spick Hologram performs function to secure or identify the product where it is placed, the best way to protect, identify and confirm authenticity of the product is to use holographic protection methods. Holographic stickers that have custom design using available security features, according to client's requests. Stickers can be printed on silver or gold foil. These stickers are destroyed while peeled off from the product and show honey comb pattern on product surface. Features of Custom Security Hologram • Flip-Flop image overlay on each other • Micro text/Nano text text size of 5 to 100 micron, identified by special device or microscope • Guilloche complex thin interlacing lines • Photo effect use of photo picture on hologram • Hidden image (CLR) image that can be seen only using device with laser beam • Lithography features

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.

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.

QR code holograms are a sophisticated evolution of the classic Quick Response (QR) code, which is a two-dimensional barcode widely used for storing and transmitting information. However, QR code holograms take this concept to a new level by embedding QR codes within holographic elements. This integration combines the practicality of QR codes with the added benefits of holography, such as enhanced security and aesthetic appeal.

Dynamic holography is an exciting and evolving field within holography that focuses on creating holographic images and displays that are not static but change or animate when viewed. These holograms are characterized by their ability to provide viewers with a sense of motion, depth, and interactivity, making them invaluable for a wide range of applications, from art and entertainment to scientific visualization and advertising.

Pulse holograms represent a specialized and cutting-edge application of holographic technology that is designed to capture and recreate extremely fast events or phenomena, typically on the timescale of femtoseconds (one quadrillionth of a second) or picoseconds (one trillionth of a second). These holograms have found applications in scientific research, particularly in the study of ultrafast laser interactions, and in various advanced technological fields.

Named after the French physicist Augustin-Jean Fresnel, these holograms use a simplified diffraction pattern to create 3D images. They are more compact and thinner than traditional holograms, making them suitable for applications where space is limited, like automotive head-up displays and augmented reality glasses.

Multi-plane holograms use multiple planes or depths within the same holographic image. This creates a layered effect, allowing viewers to see different aspects of the scene from various angles. These holograms are used in art and interactive displays for their depth and complexity.