It is best to use non oxidized fiber materials for disposable tea bags, as they not only ensure the quality of tea leaves but also reduce environmental pollution. Disposable tea bags are common items in modern life, which are not only convenient and fast, but also maintain the aroma and quality of tea leaves. The material used for disposable tea bags is an important factor affecting the quality and quality of tea leaves. The commonly used disposable tea bag materials on the market currently include non-woven fabric, paper, and non oxidized fibers.
Non woven tea bag
Non woven fabric is a type of non-woven material that is formed by interweaving short fibers or long fibers with each other through mechanical, chemical, or thermal bonding methods. Compared to nylon mesh, non-woven fabric is not only cheaper, but also more environmentally friendly, in line with consumers’ pursuit of ecological protection nowadays. In terms of tea bags, non-woven tea bags can effectively prevent tea from getting damp and deteriorating. Their rough material is more conducive to the oxidation and fermentation of tea, which can better maintain the original taste and aroma of tea.
Nylon mesh tea bag
Nylon mesh is a high-tech material with excellent gas barrier, moisture retention, and high temperature resistance. In tea bags, using nylon mesh tea bags can have a good preservation effect, which can prevent tea from deteriorating due to light and oxidation, and extend the shelf life of tea. In addition, the softness of nylon mesh is better than non-woven fabric, making it easier to wrap tea leaves and giving them a more beautiful appearance.
Paper material
For disposable tea bags, paper material is an economical choice. Paper materials are not only inexpensive, but also easy to process and use. However, due to the poor breathability of paper materials, it is easy to cause oxidation of tea leaves, which affects the quality of tea.
Non oxidizing fiber material
Non oxidized fiber material is a new type of environmentally friendly material. Compared with traditional chemical fiber materials, it does not contain oxides and will not cause pollution to the environment. Non oxidized fiber material has good breathability and strong moisture retention, which can effectively protect the quality of tea leaves and is suitable for making high-end tea bags. In addition, the price of non oxidized fiber material is relatively high, but considering its environmental protection, health, and quality assurance, it is a material worth choosing.
Comparative analysis
From the taste of tea, non-woven tea bags can better present the original flavor of tea compared to nylon mesh, allowing consumers to better experience the flavor of tea. However, non-woven tea bags have poor breathability and humidity control ability, and are prone to mold growth and other problems in environments with high humidity. Nylon mesh tea bags can better ensure the freshness and quality of tea leaves, but there may be slight deficiencies in taste.
Conclusion
Overall, different disposable tea bag materials have their own advantages and disadvantages, and consumers can choose according to their own needs and usage scenarios. However, from the perspective of tea quality and environmental protection, disposable tea bags made of non oxidized fiber materials are a better choice.
Non woven tea bags are suitable for tea leaves with high taste requirements, such as green tea and white tea, because non-woven fabric can better maintain the flavor and quality of tea leaves. Nylon mesh tea bags are suitable for tea leaves that have certain requirements for freshness and shelf life, such as flower and fruit tea. Of course, the best choice is to choose different tea packaging materials for different types of tea, in order to achieve the best taste and quality.
Dongguan Liansheng Non woven Technology Co., Ltd. was established in May 2020. It is a large-scale non-woven fabric production enterprise integrating research and development, production, and sales. It can produce various colors of PP spunbond non-woven fabrics with a width of less than 3.2 meters from 9 grams to 300 grams.
Post time: Sep-26-2024