Storing up and luminous dimension stoney and manufacturing method

Abstract

A light-accumulating luminescent stone is prepared through choosing silicon contained aggregate (granite, quartz sand, marble, glass, or ceramics), pulverizing, classifying, proportionally mixing, adding light accumulating and emitting material, filler and functional material (nano material, pigment and resin or cement), stirring, vibration moulding, curing and drying. It has low luminous time.

Description

technical field [0001] The invention relates to a method for making a stone, in particular to a method for making a stone capable of absorbing light, storing light energy and sustaining light for a long time. The present invention further provides a light storage and light emitting stone. Background technique [0002] According to the use of natural stone construction materials in construction projects, there are many uses, especially stone slabs, which are widely used in home decoration, kitchen bathroom, floor and wall materials. The reason is that natural stone slabs have natural texture and texture. It has a hard texture and is fireproof and non-combustible, so it is generally adopted by us. [0003] But it cannot be denied that natural stone is beautiful and noble, but it is heavy and not tough, and it is difficult to maintain for a long time. Due to the incomplete porous mechanism caused by crystallization or deposition, it is easy to absorb water and cause lesions su...

AI Technical Summary

Problems solved by technology

[0005] 1) Due to cost considerations, it must be set at intervals;

[0006] 2) The battery needs long-term maintenance and frequent inspection;

[0007] 3) The power of the battery may cause flash fire and explosion;

[0008] 4) It may fall or lose function after accidental impact or earthquake;

[0009] 5) It is difficult to effectively follow the guidance of escape routes in dense smoke;

[0010] 6) The light storage time and luminance of fluorescent materials are poor and there are harmful factors such as radiation

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