Driven by the global carbon neutrality goal, e-cigarette manufacturers are facing the dual challenges of "reducing carbon emissions" and "upgrading performance". Although many traditional materials have high performance advantages, they have a greater impact on the environment during processing and are difficult to adapt to the green development trend.
To meet this challenge, Avient launched Nymax™ BIO bio-based nylon, which contains 23% bio-based ingredients, can effectively reduce carbon emissions, and can create high-quality appearance and high-impact materials. It is suitable for e-cigarette shell products with extremely strict requirements on safety, durability and environmental protection.
Bio-based raw materials, reducing carbon footprint from the source
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One of the outstanding advantages of Nymax™ BIO bio-based nylon is its significant carbon reduction ability. It uses bio-based raw materials, of which natural ingredients account for about 23%, and the main ingredients come from renewable plant resources. Compared with traditional petroleum-based raw materials, it can significantly reduce carbon emissions in the early stage of the product life cycle, helping customers achieve sustainable goals.
At the same time, Avient can also provide pre-dyeing services to help customers achieve colorful appearance effects. Compared with metal spray painting, it not only reduces VOC emissions, but also reduces production costs.
High hardness + impact resistance, comparable to metal performance
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HNB type electronic cigarette shells have extremely strict requirements on the physical properties of materials. In many cases, manufacturers will have to choose metal materials. The outstanding performance of Nymax™ BIO bio-based nylon can achieve the replacement of steel with plastic. Its impact resistance is particularly excellent. It can pass the 1.5-meter vertical drop test and the 1.0-meter drum drop test, providing reliable protection for the internal components of the electronic cigarette, and avoiding the weakness of the metal shell that is difficult to recover after falling damage; in addition, it also has high hardness and high modulus, achieving a texture similar to metal, reducing processing costs and comprehensive system costs, while also avoiding high carbon emissions caused by metal materials and their complex processing.
Low warpage + high flow, giving more design possibilities
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Nymax™ BIO bio-based nylon supports injection molding and extrusion molding, has excellent fluidity, and can easily achieve precision molding of complex structures. At the same time, compared with traditional PA66 glass fiber filled materials, it has lower warpage and water absorption, and can provide excellent dimensional stability and performance retention after the product absorbs moisture, thereby helping the product to achieve a flat and high-quality appearance, providing more room for brand design and allowing e-cigarettes to achieve a perfect appearance.
Nymax™ BIO bio-based nylon deeply integrates environmental protection and performance, demonstrates green responsibility through bio-based carbon reduction, and interprets the value of materials with excellent performance and outstanding appearance shaping capabilities. This is not only the practice of Avant's environmental protection commitment, but also a contribution to the global carbon reduction cause.
电子雾化与HNB产品都是新型电子产品，结构虽小，却融合应用多种材料、表面处理、芯片电子等技术工艺，而且雾化技术一直在不断更迭，供应链在逐步完善，为了促进供应链企业间有一个良好的对接交流，艾邦搭建产业微信群交流平台，欢迎加入；Vape e-cigarettes (VAPE) and Heat-Not-Burn e-cigarettes (HNB) are both emerging electronic products. Despite their compact size, they integrate various materials, surface treatment technologies, chip electronics, and other advanced technical processes. Moreover, atomization technology is constantly evolving and the supply chain is being progressively perfected. To facilitate good communication and networking among supply chain enterprises, Aibang has established an industry WeChat group communication platform and warmly welcomes interested enterprises to join.
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