Fingerprinting, Slipping... That's problem

Since people use their finger to operate a smartphone, the touchscreen on the smartphone is easily contaminated with fingerprints and so on, which hinders fingers from smoothly slipping on the touchscreen. While many manufacturers have tried to solve this problem by using anti-contamination coating agents, the MLU protective film is the only product which can solve the problem.

The Most Amazing Protection and Slip Property EVER

The MLU protective film has been developed to protect the surface of a reinforced glass plate, suppress fingerprint contamination, and solve the problem of impaired slipping properties caused by hand moisture.
Unlike ordinary products manufactured through coating, the MLU product forms a fine pattern so as to extend the service life of products and be highly resistant to surface scratches.

What are Advantages?

Since the MLU protective film includes a highly permeable resin micro lens, scattering of light rays, which is frequently observed in an ordinary product, does not occur, and the rainbow phenomenon is not caused.
Images on the touchscreen might be bright which is intended for eye protection;
however, due to better color dispersability, the MLU protective film causes less eye fatigue than ordinary films even after a user sees the images on the touchscreen for a long period of time.

Seeing images on the touchscreen for a long period of time causes eye fatigue due to light rays emitted from red spots generated by the rainbow phenomenon, and the MLU protective film is the only product that can suppress this eye-fatiguing phenomenon.

The MLU protective film is attracting attention as a technology that can suppress the rainbow phenomenon resulting from scattered reflection of light rays which is caused by mixing of micro-beads which is frequently observed in high-priced commercially available products.

What are different?

Instead of employing an ordinary coating method of an anti-contamination coating agent which is generally used for ordinary protective films, the MLU protective film forms a lens. As a result, the MLU protective film has a smaller surface contact area than an anticontamination coating, which prevents attachment of foreign substances and fingerprints, and the smaller surface contact area provides favorable slipping properties regardless of hand moisture.

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