Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Preparation method for sintering ceramic foamed microcrystalline decorative brick by using lithium precipitation tailings
The invention discloses a preparation method for sintering a ceramic foamed microcrystalline decorative brick by using lithium precipitation tailings. The preparation method comprises the following steps: preparing a lithium precipitation tailing raw material; preparing a ceramic foaming material; preparing a decorative microcrystalline material; mixing the raw materials; preparing a molded product; and forming firing of the product. According to the preparation method for sintering the ceramic foamed microcrystalline decorative brick by using the lithium precipitation tailings, the lithium precipitation tailings are used as one of the raw materials of the sintered decorative brick, so the overall functionality of the sintered decorative brick can be effectively improved; and the environment-friendly effect of the preparation work of the sintered decorative brick can be guaranteed, and therefore, the working value of the preparation mode of the sintered decorative brick is improved. Inthe sintering process of the sintered decorative brick, the full-paving effect of upper-layer decorative microcrystals of the sintered decorative brick can be guaranteed, so the overall attractiveness of the sintered decorative brick is guaranteed; and meanwhile, the overall strength of the sintered decorative brick can be further enhanced through die pressing work, and therefore, the firmness ofthe sintered decorative brick is improved.
本发明公开了一种利用沉锂尾渣烧结陶瓷发泡微晶装饰砖的制备方法，包括如下步骤：制备沉锂尾渣原料；制备陶瓷发泡材料；制备装饰微晶材料；原料混合；制备成型产品；产品成型烧制。该利用沉锂尾渣烧结陶瓷发泡微晶装饰砖的制备方法，利用沉锂尾渣作为烧结装饰砖的原料之一，既能够有效的提高烧结装饰砖的整体功能性，又能够保证该烧结装饰砖的制备工作的环保效果，从而提高了该烧结装饰砖的制备方式的工作价值；在该烧结装饰砖烧制过程中，既能够保证该烧结装饰砖上层装饰微晶的满铺效果，进而保证该烧结装饰砖的整体美观性，同时通过压模工作，也可以进一步加强该烧结装饰砖的整体强度，从而提高了该烧结装饰砖的坚固效果。
Preparation method for sintering ceramic foamed microcrystalline decorative brick by using lithium precipitation tailings
The invention discloses a preparation method for sintering a ceramic foamed microcrystalline decorative brick by using lithium precipitation tailings. The preparation method comprises the following steps: preparing a lithium precipitation tailing raw material; preparing a ceramic foaming material; preparing a decorative microcrystalline material; mixing the raw materials; preparing a molded product; and forming firing of the product. According to the preparation method for sintering the ceramic foamed microcrystalline decorative brick by using the lithium precipitation tailings, the lithium precipitation tailings are used as one of the raw materials of the sintered decorative brick, so the overall functionality of the sintered decorative brick can be effectively improved; and the environment-friendly effect of the preparation work of the sintered decorative brick can be guaranteed, and therefore, the working value of the preparation mode of the sintered decorative brick is improved. Inthe sintering process of the sintered decorative brick, the full-paving effect of upper-layer decorative microcrystals of the sintered decorative brick can be guaranteed, so the overall attractiveness of the sintered decorative brick is guaranteed; and meanwhile, the overall strength of the sintered decorative brick can be further enhanced through die pressing work, and therefore, the firmness ofthe sintered decorative brick is improved.
本发明公开了一种利用沉锂尾渣烧结陶瓷发泡微晶装饰砖的制备方法，包括如下步骤：制备沉锂尾渣原料；制备陶瓷发泡材料；制备装饰微晶材料；原料混合；制备成型产品；产品成型烧制。该利用沉锂尾渣烧结陶瓷发泡微晶装饰砖的制备方法，利用沉锂尾渣作为烧结装饰砖的原料之一，既能够有效的提高烧结装饰砖的整体功能性，又能够保证该烧结装饰砖的制备工作的环保效果，从而提高了该烧结装饰砖的制备方式的工作价值；在该烧结装饰砖烧制过程中，既能够保证该烧结装饰砖上层装饰微晶的满铺效果，进而保证该烧结装饰砖的整体美观性，同时通过压模工作，也可以进一步加强该烧结装饰砖的整体强度，从而提高了该烧结装饰砖的坚固效果。
Preparation method for sintering ceramic foamed microcrystalline decorative brick by using lithium precipitation tailings
一种利用沉锂尾渣烧结陶瓷发泡微晶装饰砖的制备方法
ZHANG QIANGJIN (Autor:in) / LI YIHONG (Autor:in)
17.11.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
C04B
Kalk
,
LIME
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