Modified grey glass
A glass, gray technology, applied in the field of improved gray glass, can solve problems such as the effect of glass texture, and achieve the effect of reducing ultraviolet radiation, low visible light transmittance, and reducing heat increase
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Embodiment 1
[0021] An improved gray glass, comprising a base glass and a colorant, the base glass components by weight are:
[0022] 50 parts of silica;
[0023] 5 parts of magnesite;
[0024] 1 part soda ash;
[0025] 2 parts of alumina;
[0026] 10 parts of sodium oxide;
[0027] 2 parts of potassium oxide;
[0028] The colorant components are, in parts by weight:
[0029] 1 part of chromium trioxide;
[0030] 0.1 serving of selenium;
[0031] 0.1 part of nickel;
[0032] 0.2 part of manganese dioxide.
Embodiment 2
[0034] An improved gray glass, comprising a base glass and a colorant, the base glass components by weight are:
[0035] 60 parts of silica;
[0036] 8 parts of magnesite;
[0037] 2 parts soda ash;
[0038] 3 parts of alumina;
[0039] 11 parts of sodium oxide;
[0040] 5 parts of potassium oxide;
[0041] The colorant components are, in parts by weight:
[0042] 2 parts of chromium trioxide;
[0043] 0.2 servings of selenium;
[0044] 0.2 part of nickel;
[0045] 0.3 part of manganese dioxide.
Embodiment 3
[0047] An improved gray glass, comprising a base glass and a colorant, the base glass components by weight are:
[0048] 70 parts of silica;
[0049] 10 parts of magnesite;
[0050] 3 parts soda ash;
[0051] 5 parts of alumina;
[0052] 12 parts of sodium oxide;
[0053] 8 parts of potassium oxide;
[0054] The colorant components are, in parts by weight:
[0055] 3 parts of chromium trioxide;
[0056] 0.3 servings of selenium;
[0057] 0.3 parts of nickel;
[0058] 0.5 part of manganese dioxide.
[0059] The gray glass of the invention has low visible light transmittance and low ultraviolet transmittance, which is beneficial to reduce the increase of heat in the space, reduce ultraviolet radiation, avoid ultraviolet rays to burn human skin and avoid the aging of decorative materials in the space.
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