Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a marble processing method, which belongs to the technical field of marble processing, and comprises the following steps of: S1, crushing: taking marble waste, putting the marble waste into a crusher, and crushing the marble wastes into gravel particles for later use; S2, magnetic separation: putting the gravel particles obtained in the step S1 in a magnetic separator, andscreening out iron impurities contained in the gravel particles through magnetic separation to obtain pure gravel particles for later use; S3, passivation: putting the gravel particles obtained in thestep S2 into hydrochloric acid for soaking, and properly stirring till corners are passivated, and then fishing out the gravel particles for later use; S4, cleaning and air-drying: putting the gravelparticles passivated in the step S3 into clear water, soaking for 1-1.5 hours, properly stirring, fishing out the gravel particles after cleaning, and air-drying the gravel particles for 30-50 minutes by using an industrial fan for later use; S5, die filling; S6, drying and heat preservation; and S7, polishing. Marble waste can be repeatedly utilized, and material waste cannot be caused.
本发明公开了一种大理石的加工方法，属于大理石加工技术领域，包括以下步骤：S1、粉碎：取大理石废料，将其置入粉碎机中，将其粉碎成碎石粒，待用；S2、磁选：将步骤S1中得到的碎石粒置入磁选机中，经过磁选，将其内部含有的铁质杂质筛出，得到纯净的碎石粒，待用；S3、钝化：将步骤S2中得到的碎石粒置入盐酸中，浸泡，并适当搅拌，至边角钝化后捞出，待用；S4、清洗、风干：将步骤S3钝化后的碎石粒置入清水中，浸泡1‑1.5h，并适当搅拌，清洗之后，捞出，利用工业风机对其进行风干，风干30‑50min，待用；S5、装模；S6、烘干、保温；S7、抛光，可以对大理石废料进行重复利用，不会造成材料的浪费。
The invention discloses a marble processing method, which belongs to the technical field of marble processing, and comprises the following steps of: S1, crushing: taking marble waste, putting the marble waste into a crusher, and crushing the marble wastes into gravel particles for later use; S2, magnetic separation: putting the gravel particles obtained in the step S1 in a magnetic separator, andscreening out iron impurities contained in the gravel particles through magnetic separation to obtain pure gravel particles for later use; S3, passivation: putting the gravel particles obtained in thestep S2 into hydrochloric acid for soaking, and properly stirring till corners are passivated, and then fishing out the gravel particles for later use; S4, cleaning and air-drying: putting the gravelparticles passivated in the step S3 into clear water, soaking for 1-1.5 hours, properly stirring, fishing out the gravel particles after cleaning, and air-drying the gravel particles for 30-50 minutes by using an industrial fan for later use; S5, die filling; S6, drying and heat preservation; and S7, polishing. Marble waste can be repeatedly utilized, and material waste cannot be caused.
本发明公开了一种大理石的加工方法，属于大理石加工技术领域，包括以下步骤：S1、粉碎：取大理石废料，将其置入粉碎机中，将其粉碎成碎石粒，待用；S2、磁选：将步骤S1中得到的碎石粒置入磁选机中，经过磁选，将其内部含有的铁质杂质筛出，得到纯净的碎石粒，待用；S3、钝化：将步骤S2中得到的碎石粒置入盐酸中，浸泡，并适当搅拌，至边角钝化后捞出，待用；S4、清洗、风干：将步骤S3钝化后的碎石粒置入清水中，浸泡1‑1.5h，并适当搅拌，清洗之后，捞出，利用工业风机对其进行风干，风干30‑50min，待用；S5、装模；S6、烘干、保温；S7、抛光，可以对大理石废料进行重复利用，不会造成材料的浪费。
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