流道石英陶瓷闸板砖的侵蚀

浅析了石英陶瓷闸板砖的侵蚀机理,介绍了生产中出现的新换闸板泡和闸板裂纹泡的处理.     

熔融石英陶瓷的开发及应用

概述了熔融石英陶瓷的制造工艺及性能特点，对比分析了其国内外发展概况，介绍了石英陶瓷辊，闸板砖，空心辊，旋转等几种高档熔融石英陶瓷制品的开发进展及应用情况。     

高温推板砖的研究

对大于１５００℃下使用的高温推板砖进行了研究．结果表明：加入锆英石能明显改善砖的热稳定性．而且，含锆刚玉质的推板砖比含锆莫来石质的推板砖具有更高的热稳定性。     

高温推板砖的研究

为大于１５００℃下使用的高温推板砖进行了研究，结果表明：加入锆英石明显改善砖的热稳定性，而且，含锆刚玉质的推板砖比含锆莫来石质的推板砖具有更高的热稳定性。     

新型陶瓷薄板砖施工保养有讲究

低碳、健康、环保已成为时下家居装修的主流趋势,选购环保绿色家居建材则是打造低碳家居第一步。"陶瓷薄板砖已成为低碳环保瓷砖新潮流,不仅可用来铺地贴墙,还能个性化定制出色彩绚丽优雅的装饰画。"业内人士表示,瓷砖变薄、变轻不仅能节省家居空间,减轻负重,且符合国家节能减排环保理念,将成为国内瓷砖行业发展的主     

流量控制闸板砖导流槽对浮法玻璃生产质量的影响

为提升浮法玻璃原片的成品率及品质,对比分析了带导流槽与不带导流槽的流量闸板砖对浮法玻璃生产过程中玻璃缺陷的影响,发现不带导流槽的流量闸板砖有助于减少产生于流道环节的玻璃缺陷。     

镁铝砖用于小炉闸板的经验介绍

用镁铝质闸板砖代替以往的粘土质闸板砖作小炉闸板,可持续使用三个半月不变形,减轻蓄热室的堵塞程度,降低工人劳动强度,节约材料,降低生产成本,有利于生产工艺的稳定.     

滑板砖树脂浸渍工艺研究

针对目前滑板砖沥青浸渍工艺中存在的问题，研究了用低粘度热固性树脂浸清滑板砖的新工艺。使用新工艺既可以解决沥青浸渍时存在的问题，又可以使滑板砖性能改善，且工艺简单，基本无环境污染。     

论功能型建筑陶瓷的作用及其应用

将建筑陶瓷功能化是陶瓷行业的主要发展方向之一。本文对功能型建筑陶瓷,如自洁陶瓷、抗菌陶瓷、太阳能陶瓷、远红外辐射陶瓷、防静电陶瓷、发光陶瓷、调湿陶瓷、负离子陶瓷、多孔隔热陶瓷、透水砖、吸声陶瓷、吸收电磁波陶瓷和吸收二氧化碳陶瓷等方面进行了归纳,并阐述了各种功能型瓷砖的原理、工艺和应用。     

氧化锌压敏陶瓷研究现状

本文论述了氧化锌压敏陶瓷的用途和发展趋势,以及压敏陶瓷的原理、配方和制备工艺,并着重讲述了纳米氧化锌压敏陶瓷粉末的制备。     

Leaching and Solubility Analysis of Porcelain-Recycled Tile Residues in Clay Bricks

In this study, a porcelain tile residue was used to produce clay bricks. The residue was characterized (XRF, PSD, dilatometry, solubility, and leaching analyses) and was added to a brick paste, forming compositions that were extruded, dried, and fired at 1000°C. The fired specimens were tested [compressive strength, shrinkage, apparent density, water absorption, phase analysis (XRD), microstructure (SEM), leaching, and solubility]. The results showed that the porcelain residue was a noninert material. When added to the brick paste, the residue shows an improvement of some properties due to its alkaline content acting as a flux in the clay paste and causing the vitrification of the structure.     

粉煤灰陶瓷墙地砖的制备工艺及性能研究

以固体废弃物粉煤灰与K2CO3为主要原料,通过预烧处理得到活化的粉煤灰原料,分别在850 ℃、875 ℃、900℃、925℃、950℃度进行常压烧结,制备得到粉煤灰陶瓷墙地砖材料.利用XRD、SEM分别对其物相组成与微观结构进行测试,结合烧成样品的吸水率、体积密度、显微硬度随温度的变化规律,分析了烧结工艺对粉煤灰陶瓷墙地砖性能的影响.研究结果表明:随着烧结温度的升高,样品中液相含量明显增加,在液相流动的作用下,坯体内部的气孔逐渐被填充,固相颗粒被粘结在一起形成连续的整体,从而形成致密的瓷体结构,当烧结温度为925 ℃时,样品的吸水率达到最小值:0.07%,维氏硬度达到最大值:5.9 GPa.而保温时间的增加,液相流动与物质迁移更充分,导致KAlSiO4晶粒尺寸增加,轮廓清晰,但并未对物相及其力学性能产生明显影响.     

浮法玻璃熔窑卡脖结构改进设想

根据国内已建成投产的浮法玻璃熔窑的运行情况,对现在的卡脖结构的功能及其结构形式进行了分析.对现有卡脖结构提出了两点改进设想:一是用闸板砖结构代替卡脖大水包,二是大吨位熔窑可以采用双卡脖结构.     

现代陶瓷工业中沸石的应用

本文介绍在陶瓷生产工艺基础上，用天然沸石矿物制备吸附剂、离子交换剂、触媒（催化剂）。还介绍用沸石矿物制备陶瓷颜料、瓷砖、泡沫微晶玻璃。     

陶瓷窑用堇青石质推板砖的研制

研究了原料种类和合成温度对合成堇青石含量的影响．并着重讨论了其对相应基质制品的热震稳定性。阐述了以低铝熟料、烧结镁砂、特级高铝矾土为原料制备的堇青石为基质．一次性烧成陶瓷窑用推板砖工艺的可行性。     

新型节能窑车的研制

针对当今在日用陶瓷隧道窑内使用传统窑车耗能高、炸裂严重等问题．研制了新型节能客车。该种害车采用了灰渣骨料轻质衬砖、型钢框架。经试验表明，整体性能好、热稳定性高、蓄热量明显减少、炸裂现象近乎消除。     

瓷质水晶砖的生产

介绍了瓷质水晶砖的生产工艺和坯体，釉与方设计，系统叙述了如何加强生产过程中各道工序控制，以满足低温快速一次烧成瓷质水晶砖生产工艺要求。     

AN X-RAY STUDY OF THE TOUGHNESS OF PAVING BRICK*

X-ray diffraction photographs of paving brick were compared with those of pure materials. The most important result obtained in this work is the discovery of a line in the X-ray diffraction pattern of paving brick which is characteristic of high-grade shale paving brick. This line, produced by an undetermined crystal, is more intense in the tougher than in the weaker brick. The line falls at 2.03 ± 0.01 Ångström units. A further result of this investigation is the proof that cristobalite, mullite, sillimanite, alumina, and cyanite are not present in the paving brick studied. This also shows that mullite is not produced in ceramic materials at the relatively low temperature at which paving brick are fired.     

White porcelain material based on diopside

The intention of the present study was to develop an alternative composition for making porcelain material using diopside as the main raw material. Particle size distribution, X‐ray diffraction, X‐ray fluorescence spectrometer, and field emission scanning electron microscope were carried out to characterize the body. Alfa‐quartz, diopside, anorthite, and clinoenstatite were major phases of fired sample. The flexural strength, 131.54 MPa, was two times higher than that of conventional porcelains. During firing, iron ions were diffused into diopside crystal lattice giving the porcelain body a favorable whiteness. It is applicable in preparation of porcelain material using diopside as the main raw material.