除湿・乾燥装置

Ⅰ. What is Dehumidifying and Drying Equipment

当社の除湿乾燥設備シリーズには、標準乾燥機、ステンレスヨーロッパ乾燥機、三機一体化除湿乾燥機、ローター除湿乾燥機など、現在より進んだ主流の除湿乾燥設備が含まれています。
本装置は先進的な除湿技術と高品質の部品を採用し、装置の安定性と乾燥効果を確保し、各種類のプラスチック原料、特にPA、PC、PBT、PETなどの吸湿性の強いエンジニアリングプラスチックの乾燥に適している。
本装置は精密な温度制御システムと多重保護装置を搭載し、乾燥工程の安全性と高効率を確保する。また、熱風回収システム、断熱材などの省エネ設計を採用し、エネルギー消費を削減し、生産効率を向上させ、お客様のグリーン生産の実現に貢献します。

Ⅱ. Advantages of Dehumidification and Drying Equipment

1.高効率と省エネ

Dehumidification and drying equipment is designed with energy efficiency in mind. Through advanced heat exchange technology and condensation system, the equipment can remove moisture while minimizing energy consumption. For example, heat exchange equipment can recover heat during the dehumidification process and use it to preheat the intake air, thereby improving the energy efficiency of the entire system. This efficient energy utilization method not only reduces production costs, but also meets the requirements of modern industry for energy conservation and emission reduction.

2. Precise Control

In industries such as plastic processing, precise control of humidity is essential. Dehumidification and drying equipment can accurately adjust humidity levels according to different production processes and environmental requirements. Through an intelligent control system, the equipment can monitor air humidity in real time and automatically adjust operating parameters to ensure that the production environment is always kept in the best condition. This precise control capability effectively avoids product quality problems caused by humidity fluctuations and improves production efficiency and product quality.

3. Environmental Protection and Safety

With the enhancement of environmental awareness, the environmental performance of industrial equipment has received more and more attention. Dehumidification and drying equipment fully considers the impact on the environment during design and operation. The condensation and heat exchange technology it adopts can effectively reduce the emission of harmful gases and avoid the dust pollution that may be generated by traditional drying methods. In addition, the operating noise of the equipment is also effectively controlled, providing operators with a safer and more comfortable working environment.

Ⅲ. Application Scenarios of Dehumidification and Drying Equipment

1.プラスチック加工産業

Plastic processing, in the meantime, major link dried raw material in quality assurance products. Dehumidifying and drying equipment can moisture removed plastics well in a position prevent processing defects like bubbles and silver streaks. In practice, for instance, dry plastics can better fill the mold via injection and improve the surface quality and dimensional accuracy of the product. At the point when also dry air environment workshops provide dehumidified equipment high can failure prevent production delays caused by humidity and failures.

2. Plastic Modification Industry

Plastic modification requires precise processing of raw materials to achieve specific performance requirements. Dehumidification and drying equipment mainly help in the matter. That is to say, the moisture content of the raw material is reduced, hence, keeping the modification process stable and consistent. In the application of functional additives, dried raw materials ensure the homogeneity of the mixture between the materials and additives thus bettering the modification effect. The dehumidification equipment will also help in developing the raw material by absorbing any change in humidity besides lengthening the storage time of raw materials.

3. Plastic Recycling Industry

Plastic recycling is a moment when drying of raw materials is crucial. Recycled plastic granules often have much moisture and impurities that will in their turn lead to the lower quality and decreased possibility to resist wearing and work ability of recycled plastics. Such moisture can be effectively removed and purity increased with the use of dehumidification/ drying equipment. Like, for example, when recycled plastics are being processed by extrusion, the dried raw materials can go through the extruder much better thus reducing wear and energy consumption of equipment. And at the same time, dehumidification equipment can also provide a dry environment for their recycling workshop which will also be able to prevent secondary pollution during the recycling process.

4. Injection Molding, Extrusion, and Blow Molding Production

The production processes of injection molding, extrusion, and blow molding also use dehumidification and drying equipment. Dry plastic particles will better fill the mold during the process of injection molding production of the product and also reduce the defect rate; dry raw materials enhance the efficiency of production through extrusion and reduce equipment failures; the environmental condition has to be dry for quality in the final product during the process of blow molding production. Apart from dehumidification equipment, it will protect these production processes also by providing stable temperature and humidity conditions through the technology of heat exchange. This will also further improve efficiency and quality in production.

Ⅳ.よくある質問

1. Is the Energy Consumption of Dehumidification and Drying Equipment High?
It all depends on their models and technologies; therefore, energy consumption is by dehumidification and drying equipment. The new dehumidification and drying equipment ordinarily apply a highly effective technology of heat exchange and energy-saving design to reduce energy consumption without compromise to the dehumidifying effect. For example, this enables a recycling heat recovery system of the heat in the hot air that is exhausted by the equipment hence increased energy utilization efficiency. As such, the right kind of equipment and technology will help control energy consumption.
2. What should be Paid Attention to When Installing Dehumidification and Drying Equipment?
When installing dehumidification and drying equipment, you need to pay attention to the following points: First, the equipment should be installed in a well-ventilated place without direct sunlight to ensure its normal operation; second, the air inlet and outlet of the equipment should be kept unobstructed to avoid being blocked or blocked; finally, the power line of the equipment should meet safety standards and ensure good grounding. Correct installation can improve the operating efficiency of the equipment and avoid safety hazards.