抗菌添加剂对塑料变质的影响

B. Daşdemir, Burak Kukcu, Kaan Kanburoglu, A. S. Vanlı, A. Akdoğan
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引用次数: 0

摘要

2019年爆发的新冠肺炎疫情席卷全球,对正常生活条件造成了负面影响,也提高了人们预防通过接触传播的抗微生物疾病的意识。考虑到疾病通过接触传播,几乎在所有部门都采取了预防措施。作为我们这个时代的要求,他们通过开发新的方法和创新来丰富他们的产品范围,为那些以工业锁、铰链和手柄为主的公司提供服务,无论是在卫生产品设计方面还是在生产中使用的零件的原材料方面。例如,空调领域的产品最好具有抗菌特性。评价微生物对塑料原料的影响,并确定这种影响是否会导致塑料材料的未来变质,这在我们的文章中进行了研究。目前提供给各行业的产品均为市场上可买到的PA6 GFR30、ABS、PA6等原材料生产的产品。其目的是通过改变使用的原料或在原料中添加一定比例的添加剂,根据行业和时代的需要提供产品的抗菌性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effect of Antimicrobial Additive on Plastic Deterioration
The Covid-19 virus, which started in 2019 and has taken the whole world under its influence has negatively affected normal living conditions and accordingly, increased awareness to prevent anti-microbial diseases transmitted by contact. In almost all sectors, precautions have been taken considering the transmission of diseases by contact. As a requirement of our age, they enrich their product ranges by developing new methods and making innovations for companies whose sector is dominated by industrial locks, hinges, and handles, both in terms of hygienic product design and in terms of the raw material of the part used in production. For example, it is preferable that the products in the air-conditioning sector have anti-microbial properties. The evaluation of the effect of microorganisms on plastic raw materials and the determination of whether this effect causes future deterioration in plastic materials has been examined in our article. Currently, the products supplied to the sectors are products produced from raw materials such as PA6 GFR30, ABS, PA6, which are available on the market. It is aimed to provide anti-microbial properties of products in accordance with the needs of the sector and the era by changing the raw material used or adding additives in certain proportions to the raw material.
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