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Dryer Equipment Suppliers

Using heat to evaporate the moisture in the material, and to separate the evaporated moisture from the material in different ways to reduce the moisture content of the material. The dryer vaporizes and escapes the moisture content (generally referring to moisture or other volatile liquid components) in the material through heating, in order to obtain a solid material with a specified moisture content. The purpose of drying is to meet the needs of material use or further processing. There are vacuum dryers, fluid bed dryers, spray dryers, airflow dryers, and so on.
Different types of dryers are suitable for materials with different characteristics and processing requirements, and their specific working principles and application scenarios also vary.

Who Are We?

Changzhou Yimin Drying Equipment Co., Ltd. is China Dryer Equipment Suppliers and Dryer Equipment company, located in the birthplace of China's drying equipment industry - Jiaoxi Industrial Park, Zhenglu Town, Changzhou City. It is adjacent to the Beijing-Shanghai Expressway, Shanghai-Nanjing Railway, and 5 kilometers from the Hengshan Crossing of the Shanghai-Nanjing Expressway. It is a key backbone enterprise in China's drying industry and pharmaceutical machinery. The company currently covers an area of ​​33,000 square meters and a building area of ​​18,000 square meters. The company has modern large-scale production workshops and equipment, fixed assets of more than 80 million yuan, and more than 120 employees. The founder of the company, Mr. Fan Yiming, has been committed to the research, production and operation of drying equipment for more than 20 years. At the same time, he has also brought together a group of high-quality talents integrating scientific research, design, production and service, and has long-term horizontal cooperation with relevant colleges and universities to continuously update and develop products.

At present, the company has more than 180 sets of processing equipment and strong technical force. It produces more than 2,000 sets of various drying, mixing, granulating, crushing, dust removal, powder screening and other equipment annually. The products have developed into eight series with more than 300 specifications and varieties, which are widely used in pharmaceutical, chemical, food, feed, mining, agricultural and sideline products, electronics, light industry and other industries. The products are distributed throughout the country and exported to the United States, Japan, Russia, Hong Kong, Taiwan and other places.

The factory also has a large test workshop with a full range of prototypes. Customers are welcome to bring materials for testing and ordering.

Changzhou Yimin Drying Equipment Co., Ltd.

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Industry Knowledge Extension

Innovations in drying equipment design

As an important part of industrial production, the design innovation of drying equipment has always been a hot topic in industry research. The following are some common innovation directions and potential innovation points, which can help you understand the design trends of drying equipment more deeply:

1. Intelligence and automation
Intelligent control system: Use advanced control algorithms and sensor technology to achieve real-time monitoring and optimization control of the drying process, improve product quality and production efficiency.
Data-driven: Use big data analysis and machine learning technology to establish intelligent models, predict equipment failures, optimize process parameters, and achieve intelligent maintenance and adaptive control of equipment.
Human-computer interaction: Through touch screens, remote monitoring and other methods, human-computer interaction is achieved, which facilitates operators to monitor and manage equipment.
2. Energy saving and high efficiency
Heat pump drying: Use heat pump technology to recycle waste heat, reduce energy consumption, and improve thermal energy utilization efficiency.
New heat source: Explore the use of clean energy such as solar energy and geothermal energy as drying heat sources to reduce dependence on traditional energy.
Optimize heat transfer methods: Improve heat transfer efficiency and shorten drying time by improving heat transfer area and optimizing flow field design.
3. Green and environmental protection
Closed circulation: Design a closed circulation system to reduce the leakage of material dust and protect the environment.
Waste gas treatment: Use efficient waste gas treatment technology to reduce the emission of harmful gases.
Material selection: Use corrosion-resistant, high-temperature-resistant and environmentally friendly materials to reduce the pollution of the equipment to the environment.
4. Modular design
Standardized modules: Divide the drying equipment into multiple functional modules to achieve modular design, which is convenient for the installation, maintenance and upgrading of the equipment.
Flexible combination: According to different process requirements, different modules can be flexibly combined to meet the personalized needs of customers.
5. Multifunctional integration
Integrated design: Integrate multiple unit operations such as drying, crushing and mixing into one device to reduce the number of material handling times and improve production efficiency.
Intelligent control: The coordinated control of each unit operation is achieved through an intelligent control system to ensure the stability and reliability of the entire process.
6. New drying technology
Microwave drying: Use microwave energy to directly heat the inside of the material, with the advantages of fast heating speed and good selectivity.
Supercritical fluid drying: Use supercritical fluid as the drying medium, which is suitable for drying heat-sensitive materials.
Freeze drying: After freezing the material, the water is sublimated under vacuum conditions, which is suitable for drying materials such as biological products and food.
7. Digital design and manufacturing
3D modeling: Use 3D modeling software for equipment design to improve design efficiency and accuracy.
Simulation analysis: Use simulation analysis software to predict and optimize the performance of the equipment.
Digital manufacturing: Use advanced manufacturing technologies such as CNC machining to improve product quality and production efficiency.


Innovation case

Spray drying tower inner wall structure optimization: By optimizing the structure of the spray drying tower inner wall, the heat transfer efficiency is improved and the material wall adhesion phenomenon is reduced.
Material moisture detection based on machine vision: Use machine vision technology to monitor the moisture content of the material in real time and realize automatic control of the drying process.
Intelligent drying curve control: According to the characteristics of the material and the drying requirements, the optimal drying curve is automatically generated to improve product quality.