4results about How to "Stable transmittance" patented technology

The utility model discloses a floor UV curing device belongs to floor processing field. Including conveyer, the curing assembly is set up in conveyer, and the curing assembly includes the curing box of installation on conveyer, and the curing box is provided with the curing part for the curing of floor surface paint, and the adjusting part that adjusts the height of curing part is provided on conveyer and is in the internal region of curing box, and the suction part that removes paint mist particle is set up in the top and side wall of curing box, the cleaning assembly is set up in the curing box, and the cleaning assembly includes the support plate of installation on the curing part, and the both ends of two groups of support plate parallel fixed guide rod and hollow rod, and the movable sleeve of sliding sleeve joint is all had on guide rod and hollow rod, and two groups of movable sleeve are connected through fixed part one and are used for the cleaning part of the cleaning of curing part. A kind of floor UV curing device of the application, through the curing assembly stability environment adjust distance and evenness, suction part draws paint mist and reduces residue, and cleaning assembly cleans dirt and is stable transmittance.

This invention belongs to the field of coating materials, specifically including an anti-fog coating, its preparation method, and its application. The raw materials for preparing the anti-fog coating specifically include the following components: photothermal nanoparticles, polyvinyl alcohol, phytic acid solution, glutaraldehyde solution, and deionized water in a ratio of 0.6 kg: 15 kg: 20 L: 10 L: 150 L. The photothermal nanoparticles are added to deionized water and ultrasonically dispersed to obtain a uniform nanoparticle suspension. Polyvinyl alcohol is added to this suspension, and the system is placed in a high-temperature water bath and magnetically stirred until completely dissolved. Then, an appropriate amount of phytic acid solution is added, and ultrasonically dispersed until the phytic acid is fully dissolved. Next, glutaraldehyde solution is added to the mixture, and magnetically stirred to allow the glutaraldehyde to fully react with the system components, obtaining a stable and dispersed coating. Finally, the coating is uniformly applied to the surface of a glass substrate and allowed to air dry naturally in a ventilated area. The resulting coating effectively inhibits the formation of fog droplets and accelerates the dissipation of existing fog droplets, while maintaining good light transmittance.

The present application relates to the technical field of semiconductor packaging materials, in particular to a liquid plastic packaging material for MiniLED with high light transmission and low stress and a preparation method thereof.The liquid plastic packaging material comprises the following components: vinyl MQ silicone resin, phenyl hydrogen-containing silicone resin, hydrogen-containing silicone oil, silicone epoxy resin, platinum gold catalyst, ethynyl cyclohexanol, epoxy group-containing silane coupling agent, silicone defoaming agent, fumed silica and phenyl vinyl silicone resin;the fumed silica is dried, then ground with part of the base resin to form a master batch, and then mixed with the remaining components to remove bubbles to obtain a liquid component;the catalyst and the inhibitor are respectively diluted into a premix, and then mixed in sequence and deaerated again before use.The present application realizes the extreme uniform dispersion of fumed silica and the precise release of stress by constructing a multiple crosslinking network and a double crosslinking system, combining the interface compatibilization effect and the gradient curing process, and solves the technical problem that high light transmission and low stress are difficult to be considered simultaneously.

The application provides a high-water-resistance optical film and a polarizing plate comprising the same, the high-water-resistance optical film comprising a base film, a water-resistance layer and a bondable layer; the structure of the high-water-resistance optical film comprising the water-resistance layer, the first bondable layer, the base film and the second bondable layer which are sequentially stacked, or the water-resistance layer, the base film and the second bondable layer which are sequentially stacked; the surface of the water-resistance layer having uniform and orderly arranged nano-protrusions and microporous structures. The high-water-resistance optical film has excellent hydrophobicity, and the water-resistance layer can efficiently absorb ultraviolet radiation, effectively preventing the problems of aging, yellowing, embrittlement and the like of the optical film caused by ultraviolet irradiation, and can be applied to the polarizing plate, greatly improving the service life of the polarizing plate.