历史资料：日期、报道观点、资质和数据保留原发布语境，不表示当前状态。Historical archive: dates, reported views, qualifications and figures retain their original context and do not represent current status.
我公司于2023年5月16日至5月18日参加了第十五届电池技术交流会，得到了各界人士的认可。研发的声共振设备受到了大家的一致好评。Our company participated in the 15th Battery Technology Exchange Conference from May 16 to 18, 2023, earning recognition from participants across the industry. Our newly developed resonant acoustic equipment received widespread praise.
超细粉体的浆料在制备中，存在混合不匀、团聚、效率低下、转运困难的共性问题，声共振混料设备为解决上述问题提供全新的办法及手段。声共振是一种通过三质体系统共振实现加速度放大，并作用于被混物料，从而形成宏观及微观整场混合的技术，其关键技术点在于三质体共振系统设计、共振频率识别和跟踪控制。Preparing ultrafine-powder slurries involves common problems such as uneven mixing, agglomeration, low efficiency and difficult material transfer. Resonant acoustic mixing equipment offers new methods for addressing these issues. Resonant acoustic mixing uses resonance in a three-mass system to amplify acceleration and apply it to the material, creating mixing throughout the entire volume at both macroscopic and microscopic scales. The key technologies are the design of the three-mass resonant system, resonance-frequency identification and tracking control.
声共振技术的核心优势是可实现整场微观和宏观传质、传热特性，效率是传统桨叶、釜式设备的数倍甚至数十倍。应用于混合时，相比有桨混合技术有无桨叶介入的特点，具有更高 效、更安全、更清洁的优点；相比超重力混合技术具有可在不需要物料产生高速流动场的条件下实现混合，适用性广、工艺灵活性强的优势。总体而言，声共振技术是一种全新的基础型混合技术，是传统混合技术之外的另一 “极”，具有广阔的应用发展前景。The core advantage of resonant acoustic technology is its ability to achieve microscopic and macroscopic mass and heat transfer throughout the entire material volume, with efficiencies several times or even dozens of times those of conventional impeller or vessel-based equipment. In mixing applications, it operates without blades entering the material, offering higher efficiency, safety and cleanliness than impeller mixing. Compared with high-gravity mixing, it can mix without requiring the material to form a high-speed flow field, offering broad applicability and process flexibility. Overall, resonant acoustic technology is a new fundamental mixing method, representing an alternative approach beyond conventional mixing technologies, with broad prospects for application and development.
