A high-efficiency energy-saving energy-storage luminous pavement and its construction method
A technology of energy storage and luminescence, construction method, applied in the direction of the condensed pavement, roads, roads and other directions paved on site, which can solve the problems of reduced visibility and safety.
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example 1
[0030]Example 1: Select a cement concrete pavement, first process the base layer, mix hot melt adhesive and 30% titanium dioxide, and melt coat it on the pavement with a mobile thermal coating machine while it is hot. To form a white base layer, while the hot melt adhesive has not completely cooled down, sprinkle reflective glass beads evenly, so that the beads are half buried in the white base hot melt adhesive. Choose 70% frosted 4-8mm glass particles, 30% frosted 3mm glass particles, use a granulator to coat the energy storage luminous powder, and the glass particles coated with the luminous powder are used as aggregates. Then use E-44 epoxy resin as the main adhesive, and the weight of epoxy resin is 5% of the glass particles. Add 8% curing agent ethylenediamine of epoxy resin weight and 10% toughening agent dibutyl ester of epoxy resin weight, mix well with the glass particles coated with luminous powder, and spread evenly on the surface with a road roller. The road base...
example 2
[0031] Example 2: On the asphalt pavement that has been paved, use decolorized asphalt under heating conditions, add diluent xylene to prepare a 50% solution, then add titanium dioxide with a total weight of 50% of the solution, and stir evenly to obtain a brushable White primer. Apply the primer paint evenly on the asphalt pavement, and repeat it several times until the original black asphalt pavement can be completely covered. The glass particles of 2mm, the glass particles have been frosted, in the water chestnut formula granulator, add 2% (percentage by weight) epoxy vinyl resin (this resin has added cyclohexyl peroxide of 1% (percentage by weight) Ketone solution, 1% (weight percent) cobalt naphthenate solution), along with the rotation of the granulator, the surface of the glass particles is gradually covered by the resin. Then slowly add the energy-storage luminescent powder, and with the rotation of the granulator, the powder adheres to the surface of the glass partic...
example 3
[0032] Example 3: Choose an underground parking lot with a cement concrete floor, clean out the floating dust on the ground, use a highly transparent polyurethane resin that can be cured in the air as an adhesive, and use it with the storage that has been frosted and coated on the surface. The glass particles of the light powder are mixed, the glass particles with a particle diameter of 3mm account for 40% (weight percentage), and the glass particles with a particle diameter of 9mm account for 60% (weight percentage). The weight of polyurethane resin is 10% of the glass particles. Evenly spread the mixed glass particles on the ground that has been primed with polyurethane resin and titanium dioxide in advance, and then solidify and smooth it to obtain the ground of the energy storage and luminous underground parking lot.
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