In the field of atomization technology, the particle size of atomizer plates directly impacts atomization performance and user experience, with significant variations in particle size requirements across different applications. Shenzhen LianDaQi Precision Ceramics Co., Ltd. specializes in the production of precision ceramic atomizer plates. Its PAtomizer Plate, Medical Atomizer Plate, and other series of products strictly adhere to industry particle size standards, providing precise and tailored atomization solutions for the medical, beauty, and home appliance industries.
The core of particle size standards is defining the diameter range of atomization particles based on application scenarios. Generally, atomization particles can be divided into micron-level and nanometer-level, with the most stringent standards applied in the medical field. Medical Atomizer Plates require particle diameters to be controlled within the 1-5 micron range, as particles within this range can easily pass through the respiratory tract and reach the deep parts of the lungs, ensuring efficient drug absorption. LianDaQi's medical atomizer plates utilize precision ceramic material micro-pore design to control particle deviation within ±0.5 microns, fully meeting the precision requirements of medical devices.
In the field of oral care, the particle standards for Oral Atomizer Atomizing Plates differ. To avoid particles being too large and irritating the oral mucosa while ensuring uniform coverage of the atomized liquid, particle diameters are typically set between 5 and 10 microns. Such atomization plates must balance atomization efficiency with gentleness. LianDaQi optimizes the distribution density of ceramic micro-pores to ensure that atomized particles can quickly penetrate oral crevices without causing a coughing sensation, making them suitable for various oral care products.
For nasal care, the Nasal Spray Atomizer Atomizer Plate has even more stringent requirements for particle size. The nasal mucosa is sensitive and structurally complex, requiring particle diameters controlled between 3-8 microns. Particles that are too small may be inhaled into the lungs, while those too large cannot penetrate deeply into the nasal passages. LianDaQi's nasal atomizer plates utilize laser micro-pore processing technology to ensure stable particle size, combined with the corrosion resistance of ceramic material, enabling compatibility with various nasal care solutions and preventing impurity contamination during atomization.
In home settings, atomizer plate standards prioritize user experience. For example, the Atomizer Plate For Steam Eye Mask requires water to be atomized into particles of 10-20 microns. These particles form a moist steam layer around the eyes, avoiding excessive condensation from overly fine particles or impaired heat therapy effectiveness from larger particles. LianDaQi's atomizer plates for such scenarios adjust vibration frequency to meet moisturizing needs while extending atomization duration.
The basic models, the PAtomizer Plate (universal atomization plate) and Ceramic Atomizer Plate (ceramic atomization plate), require flexibility to adapt to multiple scenarios. Particle size can be customized within the range of 1-50 microns according to customer needs. LianDaQi employs modular design to quickly respond to industry-specific standards, reducing the development cycle from mold design to mass production delivery to 15 days, thereby meeting customers' personalized requirements for particle precision.
From medical-grade micron-level control to adaptability adjustments for home scenarios, the particle size standards of atomizer plates are a precise match between technology and application requirements. Shenzhen LianDaQi Precision Ceramics Co., Ltd. uses precision ceramic materials as its core, achieving precise control of particle size through process innovation. Its full range of atomizer plate products not only meets industry standards but also provides customers with customized particle solutions, driving the efficient application of atomization technology in more fields.