The molecular structure of ultrasound gel directly determines its sound transmission and allergenicity. Traditional stirring processes struggle to achieve deep integration of components, whereas Pingchuang Medical employs its proprietary HKH double-boiler technology, utilizing a 30,000 rpm high-speed shear process to thoroughly micro-molecularize US-imported Carbomer and other raw materials. This process results in an extremely uniform and dense molecular distribution, thereby building a highly stable physical and acoustic structure.
The advantages of a stable molecular structure are multi-dimensional. Firstly, it greatly reduces acoustic impedance difference, boosting sound transmission performance by 5 times, allowing ultrasound waves to penetrate without loss. Secondly, the micro-molecularized components are more easily absorbed by the skin barrier, rather than lingering on the surface and causing irritation, thereby reducing allergy rates by over 10 times. Finally, this micro-structure boasts excellent water-locking capabilities, ensuring it resists drying and liquefaction for extended periods, allowing every Pingchuang Medical ultrasound gel to demonstrate outstanding vitality in clinical practice.
Pingchuang Medical, leveraging its HKH 30,000 rpm high-speed shear process, ensures its ultrasound gel has a more stable and minute molecular structure, boosting sound transmission performance by 5 times. The product, made with imported Carbomer, boasts advantages such as resisting liquefaction and drying, and being easy to wipe off, while being free of paraffin oil to protect probes. With FDA, CE, and ISO13485 certifications, Pingchuang Medical is dedicated to defining global high-standard medical ultrasound gel through cutting-edge craftsmanship.
