浮法玻璃退火窑的冷修及改造

1 概述 退火窑是浮法玻璃生产线三大热王设备之一。其主要任务是消除玻璃中的残余内应力和光学不均匀性，稳定玻璃内部结构，保证玻璃带在退火窑内各区的降温速度。但随着设备使用年限的增加，窑体老化，辊道变形使得退火窑的退火工况陷入混乱，造成玻璃炸裂次数增加，成品率下降。现就某厂300 t/d退火窑冷修改造进行讨论。……     

石英陶瓷辊在压花玻璃退火窑上的应用

简要介绍了南京新南宇玻璃有限公司在压花玻璃生产线退火窑高温段上用熔融石英陶瓷辊替代耐热钢辊的应用情况,参照压花玻璃生产的有关现状,对使用机理和效果进行了分析和对比,并介绍了石英陶瓷辊的性能特点及其在压花玻璃行业的应用前景。     

关于STEIN退火窑生产12mm浮法玻璃的探讨

随着浮法玻璃工业的迅速发展,如何改善和提高玻璃的退火质量,越来越引起各厂家的关注.退火技术是浮法厚玻璃生产中的关键因素,它将直接影响到玻璃产品的质量,也将影响到玻璃的生产、储存、运输、深加工等.近年来我国不少浮法生产线采用STEIN公司的退火窑,它在生产控制技术上有一定的特点.本文对STEIN退火窑生产12 mm浮法玻璃的退火控制做了简要分析.     

国内玻璃退火窑辊道制造技术进展及应用

概述了我国平拉玻璃及浮法玻璃退火窑托辊的发展历程,介绍了设计及制造技术各个阶段的进展状况,对目前国内的托辊应用状况进行了分析。     

Automatic control of operating conditions in the annealing lehr of a thermally polished glass line

A computerzed system was developed and integrated into a thermally polished glass line to control the temperature parameters in its annealing lehr. This served to optimize the annealing of Metelitsa glass, to cut down to 2 h the time required for the lehr to attain steady-state operation, and to raise the glass yield to 0.75. Suitable prompts were devised for operators in charge of the annealing operation, and the optimal format was found for the presentation of information about the on-going process. Translated from Steklo i Keramika, No. 7, pp. 3–5, July, 1997.     

Statistical method for checking the density of silica

Conclusions As a result of our investigations for the first time we were able to develop a method for determining the density without breaking silica products, based on the use of correlation relationships between density and group I parameters, the permitted limits of which can be determined by the control chart method.The method developed was checked and introduced for the specification of silica at the Pervourals Factory. This method enables us to accelerate the specification by a factor of 10–12 times compared with a pycnometric method, and by seven times compared with the rapid method.Translated from Ogneupory, No. 1, pp. 9–12, January, 1968.     

200型水平平弯钢化炉自动成形钢化区液压系统的设计

本文简述了200型水平平弯钢化炉基本组成及工作情况,着重对自动成形钢化区液压系统的设计进行详细的论述.