以下是以纺织品胶印的剥离标准为主题，一个可能的英文内容示例
纺织品胶印的剥离标准是一个重要的质量控制指标。在纺织品胶印过程中，为了确保印刷效果和产品品质，需要对剥离标准进行严格的控制。我们需要了解纺织品胶印的剥离标准是什么。通常情况下，纺织品胶印的剥离标准是指印刷图案与面料之间的附着力水平。这个标准通常用NPE(非渗透性薄膜)来衡量，其值越小表示剥离效果越好。我们需要确定如何控制纺织品胶印的剥离标准。这包括选择合适的油墨、调整印刷机器的压力和速度、以及在印刷后进行适当的处理等。我们还可以使用一些专业的测试工具来检测纺织品胶印的剥离标准，如拉力测试仪和摩擦测试仪等。我们需要重视纺织品胶印的剥离标准的维护和管理。这包括建立完善的质量管理体系、定期进行检查和维修设备、以及加强对员工培训等方面的工作。只有这样才能确保纺织品胶印的剥离标准始终符合要求，从而提高产品的品质和竞争力。
"Standards for Peeling in Bond Printing of Textiles"
Abstract:
The present paper explores the various factors that determine the peeling strength of textiles printed using bond printing techniques. It also discusses the current industry standards for evaluating the peeling resistance of these prints and provides recommendations for improving the peel strength of textile prints.
Introduction:
Bond printing is a widely used technique for printing on textiles due to its high print quality and efficiency. However, the peel strength of these prints can be an important consideration for many applications, particularly in industries such as fashion, home decor, and packaging where the integrity of the print is crucial. In this paper, we will discuss the different factors that influence the peel strength of bond printed textiles and the current standards for evaluating these prints.
Factors Affecting Peel Strength:
There are several factors that can affect the peel strength of bond printed textiles. These include the type of printing ink, the base fabric, the print resolution, and the drying conditions. The type of ink used can impact both the initial peel strength and the ultimate strength of the print. Lower-quality inks may result in prints with weaker peel resistance. Similarly, the base fabric can have a significant impact on peel strength, with some fabrics being more resistant to peeling than others.
Current Standards:
There are several established standards for evaluating the peel strength of bond printed textiles. One common method is to use a machine called a "peel meter" to measure the resistance of the print to peeling when subjected to an applied force. The American National Standards Institute (ANSI) and the European Standardization Organization (CEN) both provide guidelines for the use and interpretation of peel meters.
Improving Peel Strength:
While there is no one-size-fits-all solution to improving peel strength, there are several strategies that can be employed. These include using higher-quality printing inks, selecting appropriate base fabrics, increasing the print resolution, and adjusting drying conditions. Additionally, post-print treatment methods such as heat setting or chemical treatment can also increase the peel resistance of prints.
Conclusion:
In conclusion, bond printing is a popular technique for printing on textiles due to its efficiency and print quality. However, the peel strength of these prints can be a key consideration for many applications. By understanding the various factors that influence peel strength and following established standards for evaluation, it is possible to improve the resilience of bond printed textiles. This can ultimately lead to more reliable and durable prints in a wide range of applications.
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