Frydrych Iwona, Cichocka Agnieszka, Gilewicz Paulina, Dominiak Justyna
Institute of Textile Architecture, Lodz University of Technology, Lodz 90-924, Poland.
Central Institute of Labour Protection-National Research Institute, Warsaw 00-701, Poland.
Polymers (Basel). 2016 Sep 23;8(10):348. doi: 10.3390/polym8100348.
An objective of the undertaken research was checking the applicability of aluminized basalt fabrics for the production of clothing for foundry workers. The results of flammability, the resistance to contact, convective and radiation heat, as well as the resistance to big molten metal splashes confirmed the thesis of applicability of the packages with the use of aluminized basalt fabric content for the assumed purpose; therefore, such protective clothing was produced. Thermal comfort of foundry workers is very important and related to many factors, i.e., the structure of the protective clothing package, the number of layers, their thickness, the distance between the body and appropriate underwear. In the paper, a comparison of the results of thermal insulation measurement of two kinds of protective clothing is presented: the traditional one made of aluminized glass fabrics and the new one made of aluminized basalt fabrics. Measurements of clothing thermal insulation were conducted using a thermal manikin dressed in the protective clothing and three kinds of underwear products covering the upper and lower part of the manikin.
所开展研究的一个目标是检验镀铝玄武岩织物用于生产铸造工人服装的适用性。燃烧性、接触热阻、对流热阻和辐射热阻以及对大型熔融金属飞溅物的抗性结果证实了使用含镀铝玄武岩织物的套装用于假定目的的适用性这一论点；因此，生产了此类防护服。铸造工人的热舒适性非常重要，且与许多因素相关，即防护服套装的结构、层数、厚度、身体与合适内衣之间的距离。本文展示了两种防护服隔热测量结果的比较：传统的由镀铝玻璃织物制成的防护服和新型的由镀铝玄武岩织物制成的防护服。使用穿着防护服以及覆盖人体模型上下部分的三种内衣产品的热人体模型进行服装隔热测量。
