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首页> 外文会议>Processing, properties, and applications of glass and optical materials. >COATING METHODS FOR THE STRENGTH INCREASE OF CONTAINERS: NEW RESULTS ON NANO PARTICLE ALUMINA COATINGS
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COATING METHODS FOR THE STRENGTH INCREASE OF CONTAINERS: NEW RESULTS ON NANO PARTICLE ALUMINA COATINGS

机译：容器强度增加的涂层方法：纳米颗粒氧化铝涂层的新结果

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For many years there has been scientific and industrial research into how to increase the mechanical resistance of glass packaging. One of the very important factors, which influences the increase of the mechanical resistance of glass packaging, was the development of the formation method in which we may include methods such as Blow & Blow, Press & Blow and Narrow Neck Press & Blow. Further factors influencing the correction of resistance parameters of packaging were the application of heat treatment, glass digestion, internal gasification and also different hot-end and cold-end coating. I will attempt various ways of the internal and external coating of the bottle and also the application of hardened polymer UV for cold end coating. The aim of this paper is to show the research results for the mechanical resistance of glass containers using a new method of hot-end coating by nano particles of alumina compounds. We will show the progress in the research results of internal pressure, vertical load resistance and impact resistance of glass packaging. These results may act as guidelines for future container weight and the decrease of wall thickness.
机译：多年来，一直在进行科学和工业研究，以提高玻璃包装的机械强度。影响玻璃包装机械强度增加的非常重要的因素之一是形成方法的发展，其中我们可以包括吹塑法，压制法和窄颈压制法等方法。影响包装电阻参数校正的其他因素包括热处理的应用，玻璃消解，内部气化以及不同的热端和冷端涂层。我将尝试各种方式进行瓶子的内部和外部涂层，以及将硬化的聚合物UV应用于冷端涂层。本文的目的是展示使用一种新型的氧化铝化合物纳米颗粒热端涂层方法对玻璃容器的机械阻力进行研究的结果。我们将展示玻璃包装的内部压力，垂直载荷阻力和抗冲击性的研究成果。这些结果可以作为将来容器重量和壁厚减小的指导。

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