窑衬

本产品是以粉煤灰陶粒为主要原料制成的一种新型窑衬材料。

This product is a new kind of kiln lining materials made with coal dust ceramisite .

本文结合实际生产经验，探讨窑衬的损坏机理，分析了影响窑衬使用寿命的因素。

The author , in combination with actual production experiences , approaches the kiln lining damage mechanism and analyzes influential factors on kiln lining service-life .

陶瓷纤维窑衬损坏原因分析

An Analysis on the Causes of Damage in Ceramic Fibre Lining

提高白云石竖窑窑衬寿命的实践与分析

Practice and Analysis to Lengthen Lining Durability of Dolomite Vertical Furnace

全纤维或轻质耐火材料窑衬的高节能效果。

High energy-saving result with the lining of total fiber or light refractory .

双层隔热窑衬在湿法水泥窑上的应用

Application of Double-layer Insulation Lining in Wet Cement Kilns

250m~3石灰竖窑窑衬改造的分析与实践

Practice and Analysis on the renovation of 250m ~ 3 limestone shaft kiln

公路桥梁橡胶支座的使用寿命与应用对策大型预分解窑衬料承受的应力和提高使用周期的措施（上）

ON THE SERVICE LIFETIME OF RUBBER BEARING AND COUNTERMEASURES OF APPLICATION FOR HIGHWAY BRIDGES Stress Bearing and Lifetime Improvement of Large Kiln Linings (ⅰ)

窑衬消耗是新型干法生产线窑系统的主要消耗，且影响系统的运转率，并制约系统的达产达标。

Kiln lining consumption is a main consumption of new dry process production line . It influences system operation ratio and restrains the system to reach the designed targets .

延长小型预热器窑窑衬周期的措施

Approaches To Prolong the Service Cycle of Small & scaled Preheater Kiln Liner

泾阳型窑砌衬的改进

Improvement of Brick Lining for Jingyang Type Kilns

基于电液伺服比例驱动与控制回转窑窑衬清理机器人的研制

Development on the Rotary Kiln Cleaning Robot with the Electro-hydraulic Servo Proportional Control System

本文对锌浸出渣挥发窑窑衬破损机理进行了系统研究。

In this paper , the damage mechanism of Zn leaching cinder volatile kiln lining is studied .

石灰窑窑衬的改进

Improvement of the limekiln lining

用正交实验设计方法对不同窑车衬料、漏入冷空气量以及料垛码法情况进行了数字模拟。

Digital simulation is carried out for different materials of kiln car lining , different quantities of leakage air and different settings .

耐火材料隧道窑窑车衬的传热行为

Heat transfering behaviour of refractory lining of tunnel kiln car

本文从理论上分析了回转窑过渡带衬砖热震损坏的原因。

The author theoretically analyzes the reasons for thermal shock damage of brick lin - ing of transition zone in rotary kiln .

介绍了中铝山西分公司氧化铝熟料窑窑体内衬生产中存在的问题，分析了内衬损坏机理，提出了改进方案。

The paper describes problems about alumina clinker kiln lining during operation in China Aluminum Corp-oration Shanxi Sub-company , analyses mechanism of lining damage and proposes options for its improvement .

本文采用有限差分法，对耐火材料工业隧道窑窑车衬砖和车上制品进行了二维瞬态导热数值实验研究。

The finite difference method has been used to compute the two-dimensional transient heat conduction in products of the refractory industrial tunnel kiln and lining bricks of the kiln car . FORTRAN language and NCR-8570 computer were used , with the tunnel-kiln for roasting the fireclay bricks as an example .

隧道窑窑车车衬传热行为的研究

Study on the Heat Transfer of Vehicle Linings in a Tunnel Kiln

浅谈回转窑节能降耗窑衬

Humble opinion of rotary kiln lining on energy saving and lowering consumption

回转窑砌筑复合砖窑衬，筒体温度降低70～100℃，减少热能损失，提高使用寿命，保护设备，改善劳动环境，提高经济效益。

By using compound brick as liner , the body temperature of the rotary kiln has lowered into 70 ~ 100 ℃, heat loss is reduced , operating life is increased , working enviroment is improved and economic benefits is raising .

锌浸出渣挥发窑中铁窑皮对窑衬的保护研究

Protective Effect of Iron-Kiln Crust in Volatilizing Kiln of Zinc Leached Residue on Kiln Linear & A Study

运转中的窑轴线被校难后，会有效地延长窑衬寿命，提高窑的生产运转率。

By correcting the axes of operating kilns , the service life of refractory lining is positively prolonged and the running rate of kiln increased .

根据回转窑烧成带镁铬砖的损坏机理，找出提高窑衬周期的具体措施，阐明水泥生产过程中回转窑烧成带镁铬砖的使用与窑衬寿命的关系。

Based on the damage mechanism of magnesite chrome bricks in rotary kiln burning zone , countermeasures to raise liner usage period are discussed and relationships between kiln liner lifetime and utilization of magnesite chrome bricks in burning zone are analyzed .

回转窑是水泥生产过程中最为重要的工艺设备，而窑衬又是回转窑生产中优质、高产、低消耗和安全运转的关键因素。

The kiln is the most important craft equipment in the cement production line , moreover , the kiln underlayer again is the key factor of the kiln production in superior quality 、 high produce 、 low depletion and safe operation .

窑的操作人员对显示的数据加以综合判断，便可以得知窑皮是否均匀，结圈情况、窑皮或者窑衬脱落位置、热斑的范围等诸多重要信息。

The operator of kiln will judge the showed data in order to learn many important information such as if the kiln skin is uniform , made scab , dropout position of kiln skin or liner and hot spot scope etc.