Exhibition Style - Shanghai Peixin Packaging Technology Co., Ltd
40401,21,2026 106 views
Changzhou Xiangteng drying vibration fluidized bed dryer, as an important drying equipment in the industry, has demonstrated significant advantages in chemical, pharmaceutical, food and other fields with its innovative technical design and performance. The following provides a detailed introduction from the aspects of device advantages, structural composition, etc.:
1、 Core advantages
Efficient and energy-saving: By combining vibration strengthening and fluidization technology, the thermal efficiency is increased by more than 30% compared to traditional drying equipment, and energy consumption is significantly reduced.
Uniform drying: The material is thrown and moved horizontally under the action of vibration force, and the hot air penetrates the fluidized bed vertically to ensure that each material is uniformly heated without local overheating.
Strong adaptability: By continuously adjusting the amplitude, frequency, and hot air temperature (controllable at room temperature -300 ℃), it can handle granular materials with a particle size of 0.1-10mm, especially suitable for fragile and irregular particles.
Environmentally friendly and clean: Fully enclosed structural design, combined with cyclone dust removal system, effectively prevents material cross contamination, and dust emissions meet environmental standards.
2、 Structural composition
Vibration system: driven by a vibration motor, with adjustable excitation force (frequency 0-50Hz), running smoothly and with noise levels below 75 decibels. The lifespan of key components exceeds 20000 hours.
Fluidized bed body: The inclination angle of the porous plate can be adjusted, combined with the layered hot air circulation design, to ensure uniform fluidization with almost no dead corners. The bed thickness supports flexible adjustment of 5-200mm.
Hot air system: supports multiple heat sources such as electricity, steam, and coal, with a wind temperature accuracy of ± 2 ℃, and further reduces energy consumption through exhaust heat recovery.
Control system: Integrated DCS automation module, real-time monitoring of parameters such as inlet air temperature and bed pressure difference, to achieve precise control of drying process.
