沥青屋面工艺改进工业设备的新趋势

Alberto Barragán-García, M. Fernández-Muñoz, Alberto Vidal-Sánchez, E. Díez-Jiménez
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引用次数: 0

摘要

屋面技术是建筑的耐候性和能源效率的关键。安装沥青屋面卷材是最常用的屋面保护方法之一。这通常是手动执行的。工人们用燃烧器给轧辊加热。操作人员必须遵循以下几个步骤:将卷筒放在地面上,展开卷筒,施加能量,然后固定。操作人员使用此手动程序(200-250 m2)每天可安装20至25卷。因此,人工安装意味着减少工作能力的事实推动了工业设备的发展。此外,减少二氧化碳排放的要求迫使开发优化燃料消耗的系统,甚至用其他类型的电加热装置取代燃料燃烧器。在本章中,对加速沥青屋面过程的设备的现状和市场进行了回顾。对一些系统和专利作了详细的描述。将描述和比较主要的几何、物理和性能参数。两个基于火炬和红外加热的新系统显示了两倍的安装速度,这是通常的手动屋顶速度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Trends in Industrial Equipment for the Improvement of Asphalt Roofing Process
Roofing techniques are the key for weather resistance and energy efficiency of buildings. Installing asphalt roofing rolls is one of the most popular roof protection methods. This is usually carried out manually. Workers apply heat to the rolls by means of burners. Operators must follow quite a few steps to roof: place the rolls on the ground, unroll, apply energy, and secure. From 20 to 25 rolls per day can be installed by an operator using this manual procedure (200–250 m2). So, the fact that manual installation means such a reduced work capacity has pushed the development of industrial equipment. Besides, requirement for reduction of CO2 emissions is forcing to develop systems that optimize the fuel consumptions or even to replace fuel burners by other types of electric heating devices. In this chapter, a review of the state of the art and market of equipment for accelerating asphalt roofing process is presented. A detailed description of some systems and patents is given. The main geometric, physical, and performance parameters will be described and compared. Two new systems based on torches and infrared heating show double installation speed that is the usual manual roofing rate.
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