Non-woven special equipment accessories
Non-woven fabric is a new type of modern material. It has a wide range of uses and can play more roles in clothing, agriculture and industry. The production of non-woven fabrics is also mostly mechanized, which makes it possible to produce a large number of non-woven fabrics in batches. Non-woven fabric winders are one of its equipment.
Non-woven fabric, also called non-woven fabric, is composed of oriented or random fibers. The production of non-woven fabrics often uses polypropylene pellets as raw materials, and is produced by a continuous one-step method of high-temperature melting, spinning, laying, and hot-pressing. In the production of non-woven fabrics, the raw materials need to be spun and formed and then processed. In the web-forming work, a non-woven web forming machine needs to be used. The web forming machine uses wind in the drafting duct to process the silk. After drafting, a machine for non-directional weaving into a net is carried out. However, polypropylene pellets are prone to broken filaments and stiff blocks during drawing, drafting, and web formation. Therefore, in order to improve the quality of the finished non-woven fabric, it is necessary to clean the formed non-woven fabric. When dealing with broken wires and stiff blocks in traditional web forming machines, workers usually use brushes or scouring pads behind the web forming machines to clean up. Because the belt width of the web forming machines is relatively long, and the conveyor belt speed is relatively high at the same time. Fast, the cleaning range that workers can cover is limited, resulting in low cleaning efficiency, which in turn affects the quality of the finished non-woven fabric.
The slitting machine is mainly used to cut large-format non-woven fabrics into multiple small non-woven fabrics of different widths for processing non-woven products. The equipment adopts DC speed regulation, feeding constant tension control, air knife slitting, rewinding pressure and other devices. The rewinding tightness after slitting is adjustable, and the slitting end surface is flat. The equipment is of high quality and beautiful appearance. It is the ideal equipment for the slitting of large non-woven fabrics. In addition, according to the needs of users, the equipment can also add a dummy cutting function, that is, the original fabric is dummy cut and then slit and rewinded.
Non-woven fabric machinery is a general term for the production of non-woven fabric products, and adopts an overall modular design with a compact and reasonable structure. The control part adopts advanced PLC microcomputer control, and the international famous brand frequency converter speed regulation.
Melt blown mold head, Cross forming machine, slitting machine, Non woven fabric winding machine, non-woven high-speed winding machine, non-woven high-speed web forming machine, Netting machine, polyester non-woven fabric sizing and drying equipment Changzhou Puyisen Machinery Technology Co., Ltd. , https://www.pysmachine.com
Zhejiang Jieling Machinery Co., Ltd. is a large manufacturer and exporter specializing in the production of garden machinery, agricultural machinery and other general products. The major products include mowers, tillers, gasoline engines and their associated accessories. Jie Ling was established in 1984 and has been for 28 years. Over the past 28 years, the company's development has been booming. Wang Jiansheng's manager said that he can develop better and better in such fierce competition and can not be separated from the efforts of all employees of the company. He also has advanced equipment, technology and perfect production quality management system. Professional R&D, technology and quality production management team. The number of management teams reached more than 20 people, technical personnel reached more than 40 people, and more than 300 employees. From the product design --- mold manufacturing --- stamping and welding --- product painting --- power production --- machine assembly --- product sales --- after-sales service integration capabilities. With an annual production capacity of more than 200,000 units, we can provide customers with cost-effective products and services.
For the future development direction of agricultural machinery, Wang expressed his personal views. Manager Wang said that from the perspective of the status quo of China's agricultural machinery development, scientific and technological research and development is undoubtedly a short board and bottleneck. Deputy Wang Jinfu, general manager of Chery Heavy Industry Co., Ltd., said: “At present, the core competitiveness of China's independent brand manufacturing industry is generally not strong, with low and medium-end excess capacity and fierce competition, and many high-end industries are firmly controlled by foreign brands. At the same time, in terms of key components and core technologies, foreign brands have long been stuck with their necks, and nowadays many are willing to invest in R&D. However, these companies often invest a lot of manpower and material resources in developing new products. When it is listed, it will quickly be counterfeited by other companies, and because there is no R&D cost, the latter's products may instead have lower prices and sell better, which will seriously dampen the enthusiasm of corporate R&D and innovation.Therefore, it is not necessary to take effective measures. Strengthen industry self-discipline, and vigorously create an atmosphere of respect for innovation and respect for talent.
At present, the lack of integration of farm machinery and agronomy has severely restricted the development of agricultural mechanization. China has a vast territory and complex terrain. The cultivation techniques of the same crop in different regions may differ. Therefore, the integration of agricultural machinery and agronomy is particularly important. At the same time, the development of agricultural machinery must also proceed from the actual production situation, and fine-tune the equipment for different regional conditions.
Regarding how to solve the problem of agronomy and agronomy integration, Wang said that the state should increase capital investment in agricultural technology and machinery R&D and production, focus on breaking technical difficulties and difficulties, and produce practical and effective machinery and equipment; scientifically research, production, and use of agricultural machinery. Units are bound together organically and truly realize the “production, learning, and research†route. Moreover, talents are crucial to the development of agricultural mechanization, further improving the treatment of research personnel in agricultural machinery, and calling for scientific research personnel to go deep into the grassroots and go deep into enterprises. At the same time, he also proposed that we should accelerate the construction of rural infrastructure, strengthen the integration of agricultural and rural resources such as land, and create conditions for the further improvement of the level of mechanization.
At present, the level of comprehensive mechanization for farming in China has exceeded 50%, and agricultural production has entered a new historical stage in which machinery operations are dominant. What is the next direction of the development of agricultural mechanization? What are the challenges? With these questions, we interviewed Wang Jiansheng, manager of Zhejiang Jieling Machinery Co., Ltd.