Twin screw extruder for plastic manufacturer in 2023: We use variable frequency motor(WEG or SIEMENS) and imported inverter(ABB or TOSHIBA) to make sure the stable operation of the machine, and then to increase its output, the output of our extruder machine is about 5-15% higher than the same model in the market. Advance design: (1)The machine’s oil circuit, water circuit, vacuum and other pipeline integrated design, no need for customers to install the pipeline separately, only need to connect to the inlet and outlet water. Not only can it save 2 days of installation time, but it can also save customers from spending $1,000 to purchase the piping system. (2)The appearance patent No. of our extruder machine: 201830119416.4. Long warranty & Good Overseas service: Warranty:(1)The warranty of extruder machine is one year; (2)The warranty of extruder machine main gearbox is three years. Overseas service:(1)Provide on-site installation guidance, commissioning, and personnel training; (2)Establish detailed user files; (3)Sufficient spare parts, relieve all your worries. Read more info at plastic extruder machine.
Tengda twin-screw extruder-a pioneer in the development of two stage extruder machine, specializing in custom design and manufacturing compounding systems for various plastics, environmentally friendly materials (such as biodegradable resins and water-soluble materials), chemical, food, pet food, medicine and other industries ; In order to promote the research and development of high-end twin-screw, we established a twin-screw business research and development department with 58 Research Institute of China North Industries Group. We have obtained ISO, TUV, CE certification, 15 utility model patents, 2 invention patents, and 1 appearance patent.
TENGDA Production scale Engineer plastic extruder series with the development of 30-years experience has become industry standard equipment. We have different series which could satisfy different requirements. TSH Series is Economical and high cost performance. TDH Series is with high torque and high output. All could be best uses in producing engineer plastics. Due to the rapid development of my country’s automobile, electronics and construction industries, my country has become the country with the fastest growing demand for engineering plastics in the world. According to analysis, with the continuous development of the domestic economy, the demand for engineering plastics will further increase, and the development prospects of my country’s engineering plastics industry are very broad. Facing the growing market demand for engineering plastics, production scale engineer plastic extruder also become the main productive force of engineering plastics.
The HDPE pelletizing machine is a type of plastic pelletizing machine designed specifically for the recycling and processing of High-Density Polyethylene (HDPE) plastic waste. This machine plays a vital role in the HDPE recycling process, transforming HDPE plastic waste into high-quality pellets. As a key component of the plastic recycling industry, the HDPE pelletizing machine offers an efficient and sustainable solution for the production of reusable HDPE pellets. It helps reduce environmental pollution by diverting plastic waste from landfills and promotes the conservation of natural resources by minimizing the need for virgin plastic production.
This versatile line offers flexibility in terms of board thickness, width, and surface texture. It utilizes advanced technologies to optimize the extrusion process, resulting in boards with consistent quality, excellent dimensional accuracy, and desirable physical properties. The board extrusion line finds applications in industries such as construction, advertising, packaging, and furniture manufacturing. It enables efficient and reliable production of plastic boards to meet diverse customer needs.
The film pelletizing system is designed with precision cutting blades and advanced temperature control to ensure the production of consistent and high-quality pellets. The machine is equipped with powerful motors and robust components to handle large volumes of film waste with ease, maximizing productivity and minimizing downtime. Our film pelletizing machine is also user-friendly, featuring a user-friendly interface, easy-to-adjust settings, and automatic operation for enhanced convenience and efficiency. Safety measures are integrated to protect operators and prevent accidents during operations. By investing in our film pelletizing machine, you can contribute to environmental sustainability by efficiently managing plastic film waste and transforming it into valuable pellets. It allows you to create new products or raw materials, reducing the dependency on virgin plastics and promoting a circular economy.
Our plastic granulator machine features advanced cutting technology and robust components to ensure precise and efficient granulation. It is equipped with powerful motors and innovative design elements to handle different types of plastic waste with ease, maximizing productivity and minimizing energy consumption. The plastic recycling granulator is user-friendly, with an intuitive interface and easy-to-adjust settings. It offers flexibility in granule size, allowing you to produce granules of different sizes according to your specific needs. Safety measures are also incorporated to protect operators and prevent accidents during operation. See additional information on https://www.njtdjx.com/.
The plastic extrusion line is a comprehensive and efficient production system that is used to create a wide range of plastic products, such as plastic sheets, films, tubes, profiles, and pipes. It comprises various components and machinery, including the plastic sheet extrusion line, extruder line, film extrusion line, and other auxiliary equipment. The plastic sheet extrusion line is specifically designed for manufacturing plastic sheets with precise dimensions and excellent surface quality. It typically consists of an extruder, a die, a cooling system, a haul-off unit, a cutting system, and a stacking unit. The extruder melts and homogenizes the plastic raw materials, which are then forced through the die to form a continuous flat sheet. The sheet is rapidly cooled and solidified, and then processed further as required.