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METHOD FOR PRODUCING LIGHTWEIGHT CERAMIC HEAT-INSULATING BUILDING MATERIAL

机译:轻质陶瓷隔热建筑材料的生产方法

摘要

FIELD: construction.;SUBSTANCE: method for producing lightweight ceramic heat-insulating building material, comprising mixture of pre-treated silica-containing component and alkaline component, homogenization of raw mixture, drying of the granulated raw mixture, grinding of dried granules and firing in metal moulds. At that, the preliminary treatment of silica-containing component is carried out at stone-separating rolls in order to remove strong impurities and activate the silicon dioxide, in the drying apparatus to achieve the humidity of 19-25% and in grinding device in order to achieve the maximum particle size of 1 mm. Diatomite o tripoli and/or flask, containing the active silicon dioxide is used as silica-containing component, mixture of caustic soda and soda ash in the ratio of 0.5-0.8/1 is used as alkali component. Mixing of silica-containing component and alkaline component is carried out in the mixer of periodic action, providing the content of mass fraction in dry raw mixture of caustic soda of 6-14% and soda ash of 6-15%. Homogenization of raw mixture is carried out by treatment in strew press with filtering grid with size of cells of 8-25 mm, and drying of granular raw material mixture is carried out in dryer drum until the humidity of 5-7% is achieved. Grinding of dried granules is performed until the achievement of maximum particle size of 3 mm, and firing of silicate mixture, obtained as a result of grinding, is carried out in metal moulds in oven by raising the temperature up to 650°C with speed of 100-120°C/hour, and up to maximum of 680-800°C - with speed of 15-25°C/hour with subsequent isothermal exposure at maximum temperature during 1-3 hours, cooling from the maximum temperature up to 600°C is carried out with speed of 30-50°C/hour and from 600 to 50°C - with speed of 50-60°C/hour.;EFFECT: reduction of energy costs and improvement of hygienic and sanitary conditions of production.;4 cl, 5 ex, 3 tbl, 1 dwg
机译:轻质陶瓷绝热建筑材料的制造方法,该方法包括:将预处理的含二氧化硅成分和碱性成分进行混合,将原料混合物均质化,将造粒的原料混合物干燥,将干燥的颗粒研磨并烧成。在金属模具中。那时,为了除去强杂质并活化二氧化硅,在干燥设备中达到19-25%的湿度,并在研磨装置中,为了分离强杂质并活化二氧化硅,在石料分离辊上进行了含硅组分的初步处理。达到1毫米的最大粒径。含有活性二氧化硅的硅藻土或三叶草和/或烧瓶用作含二氧化硅的组分,苛性钠和苏打粉的比例为0.5-0.8 / 1的混合物用作碱组分。在周期性作用的混合器中进行含二氧化硅组分和碱性组分的混合,使苛性苏打和苏打灰的干原料混合物中质量分数的含量为6-14%。原料混合物的均质化是通过在具有8-25mm泡孔尺寸的过滤网的压榨机中进行处理,然后在干燥机转鼓中干燥粒状原料混合物直至达到5-7%的湿度。进行干燥颗粒的研磨,直至达到最大3mm的粒径,然后将通过研磨而获得的硅酸盐混合物的煅烧在烤箱中的金属模具中以650℃的速度升温至650°C进行。 100-120°C /小时,最高可达680-800°C-速度为15-25°C /小时,随后在1-3小时内以最高温度等温暴露,从最高温度冷却至600温度以30-50°C /小时和600至50°C的速度-50-60°C /小时的速度进行;效果:降低能源成本并改善生产的卫生条件。; 4 cl,5 ex,3 tbl,1 dwg

著录项

  • 公开/公告号RU2530035C1

    专利类型

  • 公开/公告日2014-10-10

    原文格式PDF

  • 申请/专利权人 PAVLENKO ALEKSANDR VASILEVICH;

    申请/专利号RU20130135109

  • 发明设计人 PAVLENKO ALEKSANDR VASILEVICH;

    申请日2013-07-26

  • 分类号C04B38/08;

  • 国家 RU

  • 入库时间 2022-08-21 15:38:17

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