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A platform for research: civil engineering, architecture and urbanism
Energy-saving building wall material and preparation method thereof
The invention discloses an energy-saving building wall material and a preparation method thereof, and the preparation method comprises the following steps: step 1, weighing raw materials; step 2, crushing and soaking; step 3, crushing and ball-milling; step 4, primary mixing; step 5, secondary mixing; step 6, ultrasonic oscillation; seventhly, pouring forming is conducted; 8, regular maintenance is conducted; according to the preparation method, the reed stems, the rice straw and the straw are used as raw materials to prepare the wall material, waste utilization is achieved, energy conservation and emission reduction are facilitated, the reed stems, the rice straw and the straw are soaked in the zinc chloride solution, the toughness of plant fibers in the raw materials is improved, the structural strength of the wall material is improved, and the wall material is prepared through dry mixing and wet mixing. The raw materials are stirred twice, ultrasonic treatment is carried out after mixing is completed, the mixing uniformity degree of the raw materials is improved, the wall material internally provided with three center holes is prepared through the mold, and the design of the center holes reduces the use amount of the raw materials under the condition that the structural strength is guaranteed.
本发明公开了一种节能的建筑墙体材料及制备方法，包括以下步骤，步骤一，原料称取；步骤二，破碎浸泡；步骤三，粉碎球磨；步骤四，一次混合；步骤五，二次混合；步骤六，超声震荡；步骤七，浇筑成型；步骤八，定期养护；本发明在利用芦苇杆、稻草和秸秆作为原料来制作墙体材料，实现了废物利用，有利于节能减排，通过氯化锌溶液对芦苇杆、稻草和秸秆进行浸泡，提升了原料中植物纤维的韧性，提高了墙体材料的结构强度，通过干混和湿混，实现了对原料进行两次搅拌，混合完成后进行超声处理，提升了原材料的混合均匀程度，通过模具制成内部具有三个中心孔的墙体材料，中心孔的设计在保证结构强度的情况下降低了原料用量。
Energy-saving building wall material and preparation method thereof
The invention discloses an energy-saving building wall material and a preparation method thereof, and the preparation method comprises the following steps: step 1, weighing raw materials; step 2, crushing and soaking; step 3, crushing and ball-milling; step 4, primary mixing; step 5, secondary mixing; step 6, ultrasonic oscillation; seventhly, pouring forming is conducted; 8, regular maintenance is conducted; according to the preparation method, the reed stems, the rice straw and the straw are used as raw materials to prepare the wall material, waste utilization is achieved, energy conservation and emission reduction are facilitated, the reed stems, the rice straw and the straw are soaked in the zinc chloride solution, the toughness of plant fibers in the raw materials is improved, the structural strength of the wall material is improved, and the wall material is prepared through dry mixing and wet mixing. The raw materials are stirred twice, ultrasonic treatment is carried out after mixing is completed, the mixing uniformity degree of the raw materials is improved, the wall material internally provided with three center holes is prepared through the mold, and the design of the center holes reduces the use amount of the raw materials under the condition that the structural strength is guaranteed.
本发明公开了一种节能的建筑墙体材料及制备方法，包括以下步骤，步骤一，原料称取；步骤二，破碎浸泡；步骤三，粉碎球磨；步骤四，一次混合；步骤五，二次混合；步骤六，超声震荡；步骤七，浇筑成型；步骤八，定期养护；本发明在利用芦苇杆、稻草和秸秆作为原料来制作墙体材料，实现了废物利用，有利于节能减排，通过氯化锌溶液对芦苇杆、稻草和秸秆进行浸泡，提升了原料中植物纤维的韧性，提高了墙体材料的结构强度，通过干混和湿混，实现了对原料进行两次搅拌，混合完成后进行超声处理，提升了原材料的混合均匀程度，通过模具制成内部具有三个中心孔的墙体材料，中心孔的设计在保证结构强度的情况下降低了原料用量。
Energy-saving building wall material and preparation method thereof
一种节能的建筑墙体材料及制备方法
CHU YANJUN (author)
2022-03-18
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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