Luminescent reflecting sizing material and preparation method thereof
A technology of reflective adhesive and light storage, which is applied in the field of preparation of light storage reflective adhesive, which can solve the problems of limited use environment and achieve the effect of improving luminous brightness and high bonding strength
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Embodiment 1
[0017] A light-storing and reflective rubber material, the proportioning of which is as follows according to mass percentage: 100 parts of oleoresin, 10 parts of solvent, 5 parts of light-storing powder, 5 parts of bridging agent, 20 parts of reflective beads, and no added part of fluorescent essence. Wherein, the oleoresin is selected from a 1.5-liquid type oily polyurethane resin with a high solid content of 60%-80%. The oily polyurethane resin is highly resistant to hydrolysis, easy to wrap the added reflective beads, and also easy to wash the reflective beads. The solvent is toluene, and the bridging agent is an isocyanate bridging agent. The bridging agent makes the rubber solidify and reacts, which is convenient for bonding. reaction speed.
[0018] Wherein, the particle size of the reflective beads is 300 mesh, which has relatively high reflective brightness and can be evenly dispersed in the rubber compound. The particle size of the light storage powder is 200 mesh. ...
Embodiment 2
[0021] The ratio of each component in this embodiment 2 is: said ratio is 100 parts of oleoresin, 15 parts of light storage powder, 15 parts of bridging agent, 35 parts of reflective beads, 10 parts of fluorescent essence, and 20 parts of solvent. The particle size of the reflective beads is 400 mesh. The particle size of the light storage powder is 300 mesh. The solvent is a mixture of DMF and toluene.
[0022] The preparation method in this example is basically the same as in Example 1, including a. adding the solvent into the empty barrel, starting the mixer to stir the solvent in the empty barrel, and the stirring rate is 500rpm; b. adding light storage powder to the solvent in proportion and fluorescent essence, continue to stir for 18 minutes, so that the components in the empty bucket are evenly dispersed; c. Add oily resin in proportion, and continue to stir at a stirring rate of 500rpm for 25 minutes. prepare; d. Add reflective beads in proportion, and continue to ...
Embodiment 3
[0024] The ratio of each component in this embodiment 2 is: the ratio is 100 parts of oleoresin, 30 parts of light storage powder, 20 parts of bridging agent, 50 parts of reflective beads, 15 parts of fluorescent essence, and 30 parts of solvent. The particle size of the reflective beads is 600 mesh. The particle size of the light storage powder is 500 mesh. The solvent is DMF. The method of this example is the same as the method of Example 2, except that the speed and time of stirring are fine-tuned within the described range, so it will not be described in detail again. In addition, the reflective and luminous detection data of the product obtained after using the light-storing reflective rubber are as follows:
[0025] 1. Data of luminous brightness detection:
[0026] The measurement report predicts that the luminance of the minute will approach 0.32mcd / m2
[0027] (MIN)
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