Product Introduction of 26 micron iridescent film
Dichroic Original Film is also known as colorful film, dazzle film, fantasy film, laser rainbow film. Completely different from the color plastic films commonly used in color printing and dyeing, it is a kind of plastic composite film which melts and extrudes two or more refraction index resins and then adds up to 100 layers and each layer is only a few hundred nanometers thick.
Product Specification of 26 micron iridescent film
26 Micron Dichroic Iridescent Rainbow Film
|Material||PET||Application||Decoration, packing, etc|
|Thickness||26u||Packing size||106 x 35 x 35cm(normal)|
Product Feature and Application of Dichroic Iridescent Film
Dichroic Iridescent film is less the 30 micron, but contains more than 120 layers of two or more different polymers.These layers separate into the colors of the spectrum when light is reflected from the film.The observed colors vary as one changes the angle of observation.
(1) Glitter, metallic yarn industry
(2) paper products industry
(3) food packaging industry
(4) plastic industry
(6)Packing and Decoration
Product Details of Dichroic Iridescent Film
Product Qualification of Dichroic Iridescent Film
Packing and Shipping of Dichroic Iridescent Film
1,How can I get a sample?
Free sample can be sent to you after all details have been confirmed, and you only need to cover the express cost.
2,What about the delivery time?
As a general rule, it will take 10-15 workdays after the payments.
3,What about the quotation?
Within 24 hours after getting your inquiry,which is based on all details included, such as size, color, quantity, special request etc.
4. How do I know I can trust ordering from you?
We have been in business since 2008 and are committed to afford best service.
5. Are you able to manufacture our designs, sizes and colors?
Sure. It's really helpful if you have a bright idea of the items you want.
What is dichroic glass？
Dichroic glass is glass which displays two different colors by undergoing a color change in certain lighting conditions.
One dichroic material is a modern composite non-translucent glass that is produced by stacking layers of glass and micro-layers of metals or oxides which give the glass shifting colors depending on the angle of view, causing an array of colors to be displayed as an example of thin-film optics. The resulting glass is used for decorative purposes such as stained glass, jewelry and other forms of glass art. The commercial title of "dichroic" can also display three or more colors (trichroic or pleochroic) and even iridescence in some cases. The term dichroic is used more precisely when labelling interference filters for laboratory use.
Another dichroic glass material first appeared in a few pieces of Roman glass from the 4th century and consists of a translucent glass containing colloidal gold and silver particles dispersed in the glass matrix in certain proportions so that the glass has the property of displaying a particular transmitted color and a completely different reflected color, as certain wavelengths of light either pass through or are reflected. In ancient dichroic glass, as seen in the most famous piece, the 4th-century Lycurgus cup in the British Museum, the glass has a green color when lit from in front in reflected light, and another, purple-ish red, when lit from inside or behind the cup so that the light passes through the glass. This is not due to alternating thin metal films but colloidal silver and gold particles dispersed throughout the glass, in an effect similar to that seen in gold ruby glass, though that has only one color whatever the lighting.