Product Description
XZ498-18-415 Screw size:18-415 Ejection dose:0.10ml/t Chongqing Xinjitai Pharmaceutical Sprayer&Pump Co.,Ltd 1.27years in manufacturing sprayers 2.30% Chinese market 3.50% of Chinese top-100 pharma 4. Purification workshop of 10, 000 level 5. Packaging for GMP (ISO 15378) 6. Over 100 million of annual production 7. Own mould making 8. Strong R&D for special request, 9.market management xjtsprayer@xinjitai-jp.com Mob:+86-013510688512 Whatsapp:86+13510688512 LINE:medicinalpackaging
AI Product Description
*The following content is generated by AI and is for reference only.
The product referenced, identified by the specific pump model XZ498-18-415, is a precision mechanical component designed primarily for aerosol dispensing systems. While the exact branding remains unspecified in this general overview, such pumps are ubiquitous in the personal care and pharmaceutical industries, serving as the critical actuation mechanism for liquid delivery. Its primary function is to convert manual pressure into a consistent, fine mist or spray, ensuring accurate dosing of therapeutic agents, soothing solutions, or hygiene products. This mechanism is particularly vital for throat sprays, where delivering a targeted dose directly to the mucous membranes requires high reliability and uniform particle size distribution to maximize efficacy and patient comfort.
These devices typically operate on a piston-and-valve principle, utilizing a spring-loaded return system to reset after each depression. The construction often involves high-grade plastics and stainless steel springs to resist corrosion from various chemical formulations, including alcohols, essential oils, and active pharmaceutical ingredients. The design ensures that the spray pattern remains stable over thousands of cycles, preventing clogging and leakage which could compromise product sterility or dosage accuracy. In clinical settings, the consistency of this pump is paramount, as uneven spraying can lead to under-dosing or irritation of sensitive tissues.
When handling or manufacturing with these units, several precautions must be observed to maintain performance and safety. First, compatibility testing is essential; the internal seals and materials must be chemically resistant to the specific formulation being dispensed to prevent degradation or contamination. Second, users should avoid exposing the mechanism to extreme temperatures, as thermal expansion or contraction can alter the spring tension and affect spray volume. Third, during assembly, it is crucial to ensure the dip tube is correctly positioned at the bottom of the container to guarantee full liquid extraction without introducing air pockets. Finally, regular inspection for wear on the nozzle orifice is necessary, as even minor debris accumulation can disrupt the atomization process. Adhering to these operational guidelines ensures the longevity of the device and the safety of the end-user, maintaining the high standards required for medical and personal care applications globally.