Long afterglow solar energy storage luminescence target
An energy storage luminescence, solar energy technology, applied in the direction of target, reflective target, movable target, etc., can solve the problems of low transparency, affecting the luminous effect, etc., to achieve the effect of strong environmental adaptability, energy saving, stable physical and chemical properties
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Embodiment 1
[0021] Embodiment 1, the long afterglow solar energy storage luminescent target of the present invention is sequentially coated with a transparent paint layer and a transparent waterproof paint layer added with long afterglow solar energy storage luminescent materials on the target surface or target paper. The transparent paint added with long afterglow solar energy storage luminescent material is made by adding 20% by weight rare earth aluminate luminous powder to the transparent acrylic varnish and fully mixing it. The luminous powder has a particle size of 0.5-200um. The transparent waterproof coating layer is a transparent waterproof coating layer applied successively twice.
Embodiment 2
[0022] Embodiment 2, the long afterglow solar energy storage luminescent target of the present invention is sequentially coated with a transparent coating layer and a transparent waterproof coating layer added with long afterglow solar energy storage luminescent materials on the target surface or target paper. The transparent paint added with long afterglow solar energy storage luminescent material is made by adding 65% by weight of rare earth aluminate luminous powder to the transparent acrylic varnish and fully mixing it. The transparent waterproof coating layer is a transparent wear-resistant waterproof coating layer coated twice successively. The coating thickness of the transparent coating layer should be greater than 100um.
Embodiment 3
[0023] Embodiment 3, the long afterglow solar energy storage luminescent target of the present invention is sequentially coated with a transparent paint layer and a transparent waterproof paint layer added with long afterglow solar energy storage luminescent materials on the target surface or target paper. The transparent paint added with long afterglow solar energy storage luminescent material is made by adding 45% by weight rare earth aluminate luminous powder to the transparent acrylic varnish and fully mixing it. The luminous powder has a particle size of 0.5-200um. The transparent waterproof coating layer is a transparent waterproof coating layer applied successively twice.
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