calendered

简明释义

英[ˈkæl.ən.dəd]美[ˈkæl.ən.dɚd]

adj. 压光机处理的

v. 以砑光机压光（calender 的过去分词）

英英释义

单词用法

同义词

反义词

例句

1.The covers were of heavy weight, buff-coloured calendered paper with two holes punched in the edges.

封面和封底是重磅的米色道林纸，边上打了两个眼。

2.The main products are PVC calendered sheet material, environment-friendly PET sheet, plate;

主要产品有PVC压延片材、环保型的PET片材、板材；

3.As resin, as a new modifier for PVC, was synthesized. Its properties and applications in PVC profiles, pipes, injection mouldings, and calendered films were presented.

本文主要介绍PVC新型改性剂as树脂的合成方法、产品性能及其在PVC异型材、管材、注射、压延片等加工领域中的应用。

4.As resin, as a new modifier for PVC, was synthesized. Its properties and applications in PVC profiles, pipes, injection mouldings, and calendered films were presented.

本文主要介绍PVC新型改性剂as树脂的合成方法、产品性能及其在PVC异型材、管材、注射、压延片等加工领域中的应用。

5.Leather-cloth: cloth for bookbinding. A plasticated cotton that dyed-through and calendered.

漆布（人造皮）：装订用布料，经砑光的染色胶料棉布。

6.The calendered film has a glossy appearance that is appealing to consumers.

这种压光薄膜具有光泽外观，吸引消费者。

7.After being calendered, the paper became much more durable.

经过压光后，这张纸变得更耐用。

8.In the production of plastic sheets, the material is often calendered for better quality.

在塑料薄板的生产中，材料通常会被压光以提高质量。

9.The manufacturer calendered the rubber to enhance its properties.

制造商对橡胶进行了压光以增强其特性。

10.The fabric was calendered to achieve a smooth finish.

这块布料经过压光处理以达到光滑的效果。

作文

The process of manufacturing various materials often involves multiple techniques to enhance their properties and usability. One such technique is the use of a calendering machine, which plays a crucial role in the production of rubber and plastic products. The term calendered refers to the process where materials are passed through a series of rollers to achieve a desired thickness and smoothness. This method is particularly important in the production of sheets, films, and other flat materials that require a uniform surface. Calendering not only improves the aesthetic appearance of the material but also enhances its physical properties. For instance, when rubber is calendered, it becomes more flexible and durable, making it suitable for various applications, including tires and gaskets. The heat and pressure applied during the calendering process help to align the polymer chains within the material, resulting in improved strength and elasticity.In addition to rubber, many types of plastics are also calendered to create sheets or films used in packaging and construction. The calendering process allows manufacturers to control the thickness of the final product with precision. This is vital in industries where specific dimensions are required for proper functionality. For example, in the food packaging industry, the thickness of the plastic film can affect the shelf life of the product, making the calendered thickness a critical factor.Moreover, the calendering technique can be adjusted to produce different textures and finishes on the surface of the material. By changing the temperature, speed, and pressure of the rollers, manufacturers can create glossy, matte, or even embossed surfaces. This versatility makes calendering an essential process in the textile industry as well, where fabrics may be calendered to achieve a specific look or feel. For instance, cotton fabrics can be calendered to give them a smoother finish, enhancing their appeal to consumers.The environmental impact of the calendering process is also worth noting. Many manufacturers are now focusing on sustainable practices, seeking to minimize waste and energy consumption during production. Innovations in calendering technology aim to reduce emissions and improve energy efficiency, ensuring that the process remains viable in an increasingly eco-conscious world. In conclusion, the term calendered encapsulates a vital manufacturing process that significantly influences the properties and applications of various materials. From rubber to plastics and textiles, the ability to control thickness, texture, and finish through calendering opens up numerous possibilities for product development. As industries continue to evolve, the importance of understanding and utilizing calendered materials will undoubtedly grow, paving the way for innovative solutions in manufacturing and design.

制造各种材料的过程通常涉及多种技术，以增强其性能和可用性。其中一种技术是使用压延机，这在橡胶和塑料产品的生产中发挥着至关重要的作用。术语calendered指的是将材料通过一系列辊子，以达到所需的厚度和平滑度的过程。这种方法在生产需要均匀表面的片材、薄膜和其他平面材料时尤为重要。压延不仅改善了材料的美观外观，还增强了其物理特性。例如，当橡胶被calendered时，它变得更加灵活和耐用，使其适合于包括轮胎和垫圈在内的各种应用。压延过程中施加的热量和压力有助于使材料中的聚合物链排列，从而提高强度和弹性。除了橡胶，许多类型的塑料也被calendered成用于包装和建筑的片材或薄膜。压延过程使制造商能够精确控制最终产品的厚度。这在需要特定尺寸以确保正常功能的行业中至关重要。例如，在食品包装行业，塑料薄膜的厚度可能会影响产品的保质期，因此calendered厚度成为一个关键因素。此外，压延技术可以调整以在材料的表面上产生不同的纹理和光泽。通过改变辊子的温度、速度和压力，制造商可以创造光滑、哑光甚至浮雕的表面。这种多样性使得压延成为纺织行业中一种不可或缺的工艺，织物可以被calendered以实现特定的外观或手感。例如，棉织物可以被calendered以使其表面更加光滑，从而增强其对消费者的吸引力。压延过程的环境影响也是值得注意的。许多制造商现在专注于可持续实践，寻求减少生产过程中的废物和能源消耗。压延技术的创新旨在减少排放并提高能效，确保该过程在日益关注生态环境的世界中保持可行。总之，术语calendered概括了一种重要的制造过程，这种过程显著影响着各种材料的特性和应用。从橡胶到塑料和纺织品，通过压延控制厚度、纹理和表面处理的能力为产品开发开辟了无数可能性。随着各行业的不断发展，理解和利用calendered材料的重要性无疑会增加，为制造和设计中的创新解决方案铺平道路。