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Graphene in-situ polymerization nylon 6 production line


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Graphene in-situ polymerized nylon 6 fiber tag


Nylon that truly "grows" graphene


Revolutionary upgrade of traditional nylon industry

通知公告The world's first industrial mass production

通知公告Domestic only

通知公告Nylon that truly "grows" graphene

通知公告Revolutionary upgrade of traditional nylon industry

Content title

October 12, 2017 Feng Ding Yun Mo Feng Ding Yun Mo



On October 12, 2017, Henglibao "Fengding Yunmo" graphene in-situ polymerized nylon product conference jointly held by China Chemical Fiber Industry Association and Changzhou Henglibao Nano New Material Technology Co., Ltd. was held in Shanghai. Chinese Academy of Engineering Jiang Shicheng, Vice President of China Chemical Fiber Industry Association He Yanli, Wang Yuping, Secretary General of China Printing and Dyeing Industry Association Lin Lin, President of Suzhong Graphene New Material Industry Alliance Deng Jingao, Chairman and President of Changzhou Henglibao Nano New Material Technology Co., Ltd. Manager Jiang Yan and other expert leaders attended the press conference.


Huang Rongqing, Deputy General Manager of Changzhou Henglibao Nano New Material Technology Co., Ltd.

Huang Rongqing, deputy general manager of Changzhou Henglibao Nano New Material Technology Co., Ltd., elaborated on the performance, process and application of graphene in-situ polymerized nylon.

Graphene in-situ polymerization of nylon-the birth of Ennas is currently a product with excellent cost performance, outstanding mechanical properties and complete functionality, which greatly expands the application field of nylon and is a revolutionary and subversive to traditional nylon products. Technology upgrade.

Enas has many breakthrough properties, such as intrinsic flame retardant and antistatic without melting drops, which subverts the performance and processing technology of traditional nylon. These breakthrough performances are mainly reflected in:

1. Halogen-free flame retardant: During the combustion process of graphene nylon, graphene will form a dense protective carbon layer on the surface of the polymer matrix, which can isolate heat and gas, so that the combustible gas generated by thermal decomposition is no longer Participate in the combustion and eventually achieve the flame retardant effect. After testing, our 4mm nylon standard spline can meet the requirements of the US UL94 standard V0 halogen-free flame retardant without melting drops without adding any flame retardants. This is undoubtedly a world-class in the field of nylon materials Breakthrough.

2. Antistatic: With the excellent conductivity of graphene, the specific resistance of our graphene nylon 6 filament and staple fiber can reach 106 levels. In the production and processing of nylon-cotton blended yarn, no antistatic agent is even added, which is also a major technological breakthrough in the field of nylon production and processing.

3. Antibacterial and bacteriostatic: Various research data proves that graphene is currently the nanomaterial with the lowest biological toxicity. Not only can it cut through the insertion of the bacterial cell membrane, but also can destroy the cell membrane by large-scale direct extraction of phospholipid molecules on the cell membrane. Thereby killing bacteria. After being tested by authoritative organizations, the antibacterial rate of the pure broth fabric Escherichia coli, Staphylococcus aureus and Candida albicans all exceeds 99%, and the blended textiles with other fibers can also achieve the effect of exceeding 90%.

Other properties of Enenas, including low-temperature far-infrared and ultraviolet resistance, can also meet national standards, truly embodying the effect of "a multi-energy", expanding the broad space for the design and application of terminal products, and greatly improving Added value of the product.

Enenas-The birth of this new "graphene-grown" new nylon slice means that the spinning, blended yarn, dyeing and finishing, weaving and other links in the traditional nylon industry chain will focus on the development and development of this new material. Innovating a large number of new types of fabrics and end products will inevitably lead to comprehensive technological innovation and upgrading of the industrial chain.

To this end, Henglibao adopted a strategy different from that of traditional independent research and development and self-development of the market. Together with Haian County Chemical Fiber General Chamber of Commerce and Haian County Chemical Fiber Industry Cultivation Office, it jointly established more than ten relevant downstream enterprises to establish "Suzhong Graphene New Materials". "Industry alliance", through the integration of the entire industry chain, jointly promote the update of technology and market application expansion.


Sheng Yingying, Sales Manager of Dali Silk Zhejiang Co., Ltd.

At the product launch, Sheng Yingying, the sales manager of Dali Silk Zhejiang Co., Ltd., a well-known domestic silk manufacturer, said that in cooperation with Henglibao, the two parties jointly developed a variety of new fabrics combining silk and graphene nylon to bring consumers a new experience . Subsequently, Henglibao held a strategic cooperation signing ceremony with representatives of ten outstanding downstream enterprises and members of the Suzhong Graphene New Material Industry Alliance, including Deli Clothing Industry Hangzhou Co., Ltd., Dali Silk Zhejiang Co., Ltd., and Zhejiang Weir Chemical Fiber Co., Ltd. And many other enterprises.


Jiang Yan, chairman of Changzhou Henglibao Nano New Materials Technology Co., Ltd., Ma Rende, general manager of Deli Clothing Industry Hangzhou Co., Ltd., Lin Ping, general manager of Dali Silk Zhejiang Co., Ltd., and Wang Jing, general manager of Zhejiang Weir Chemical Fiber Co., Ltd.


Deng Jingao, general manager of Nantong Wenkai Chemical Fiber Co., Ltd., Ji Zhijun, general manager of Nantong Shuanghong Textile Co., Ltd., and design director of Jiangsu Lianfa Textile Co., Ltd. Tang刚


Zhang Xiaodong, Chief Engineer of Jiangsu Wenfeng Chemical Fiber Group Co., Ltd., Lin Wenyu, General Manager of Fujian Jiayi Chemical Fiber Co., Ltd., Liu Yunan, General Manager of Nantong Zhongli Nylon Technology Co., Ltd., and Wang Yijun, General Manager of Nantong Huaan Socks Co., Ltd.

Academician Jiang Shicheng of the Chinese Academy of Engineering fully affirmed the originality and advanced nature of Henglibao's in-situ polymerization process, as well as the functionality of its modified fiber products, hoping Henglibao will continue to achieve continuous improvement in the field of graphene modified polymer materials Technological innovation and technological innovation realize the perfect combination of graphene and traditional industries.


Chinese Academy of Engineering Jiang Shicheng

It is believed that as Enenas-this kind of "graphene-grown" nylon enters the terminal application more and more, it will bring a new wave of innovation in the nylon industry!

Keywords: Henglibao graphene    graphene PA6


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