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Public Space | Special Scenarios |
In an era where effective cleaning and disinfection are paramount, our micro magnetic gear pumps deliver precision, reliability, and excellent chemical resistance for a wide range of sanitization, sterilization, and fluid dosing applications. Widely used as spray pumps, coating pumps, inkjet pumps, disinfection pumps, sterilization pumps, spraying pumps, hydrogen peroxide pumps, micro spray pumps, fresh air system spray pumps, sprinkler magnetic gear pumps, and spray magnetic gear pumps, these pumps provide stable flow control and leak-free performance. They are ideal for transferring cleaning agents, disinfectants, hydrogen peroxide solutions, sterile water, and other treatment fluids. From public space environmental disinfection and HVAC fresh air humidification systems to medical equipment aseptic rinsing, surface coating, precision marking, and automated spray systems, our pumps help improve hygiene standards, operational safety, and accurate fluid management.
✅ Disinfection Systems for Public Spaces
Automated disinfection systems demand consistent chemical dosing. Our micro magnetic gear pumps provide precise metering of disinfectants like hydrogen peroxide, quaternary ammonium compounds, and chlorine-based solutions. With flow accuracy up to ±0.1% and pressure differential to 20 bar, our pumps enable uniform spray coverage and effective pathogen elimination while operating quietly at low noise levels. They are widely used in airports, schools, offices, hotels, shopping centers, transportation hubs, and other high-traffic public environments.
✅ Aseptic Rinsing of Medical Equipment
For medical, pharmaceutical, and laboratory equipment cleaning systems, maintaining sterility and preventing cross-contamination is critical. Our pumps enable high-purity delivery of purified water, solvents, and sterilizing rinses in automated washers and sterilizers. The sealless design eliminates bacterial harborage points and prevents fluid escape, making them ideal for use in cleanrooms, hospitals, laboratories, and GMP-compliant production environments.
✅ Hydrogen Peroxide Sterilization Systems
Hydrogen peroxide is widely used for low-temperature sterilization and surface sanitation. Our pumps are suitable as hydrogen peroxide pumps for stable dosing, recirculation, and spray delivery. Their corrosion-resistant wetted materials and leak-free magnetic drive structure support safe handling of reactive sterilization fluids in healthcare, packaging, and industrial hygiene systems.
✅ Fresh Air System Spray and Humidification
Modern HVAC and fresh air systems often integrate misting or sanitizing functions to improve indoor air quality. Our micro spray pumps and fresh air system spray pumps provide stable low-flow delivery for humidification, deodorization, and disinfectant atomization. Compact size and low noise make them suitable for commercial buildings, hospitals, offices, and smart ventilation systems.
✅ Surface Coating and Spray Applications
For industries requiring accurate liquid coating or spray treatment, our pumps perform well as coating pumps and spraying pumps. Stable pulsation-free flow helps improve coating consistency, reduce waste, and support automated production lines. Suitable media include cleaning liquids, protective coatings, alcohol-based solutions, and functional treatment fluids.
✅ Inkjet and Precision Marking Equipment
In coding, labeling, and industrial marking systems, precise fluid transfer is essential. Our pumps are used as inkjet pumps to deliver stable flow for ink, solvent, and cleaning fluids. Rapid response speed and accurate metering help maintain print clarity and reliable operation in packaging, food processing, pharmaceutical, and manufacturing lines.
✅ Automatic Sprinkler and Sanitizing Modules
Compact fire safety and sanitation devices require dependable micro pumps for fluid circulation and spray activation. Our sprinkler magnetic gear pumps and spray magnetic gear pumps support small automated modules that require quick start-up, stable pressure, and long service life in continuous or intermittent operation.
✅ Superior Chemical Compatibility: Constructed with PTFE, ceramic, and PPS fluid paths to withstand aggressive disinfectants and solvents.
✅ Precise and Repeatable Dosing: Delivers consistent fluid volumes, ensuring correct chemical concentrations and reducing waste.
✅ Leak-Free and Cleanroom-Ready: Magnetic drive technology eliminates dynamic seals, preventing external leakage and internal contamination.
✅ Dry-Run Capability: Can operate dry without damage, ideal for systems that undergo frequent priming or flushing cycles.
✅ Low Maintenance and Long Service Life: Robust design reduces downtime and operating costs in high-frequency applications.
As cleaning and disinfection practices continue to evolve, our micro magnetic gear pumps offer the performance and reliability required in hygiene-sensitive applications. By enabling precise, efficient, and safe fluid handling, we help our customers support cleaner and safer environments worldwide.
Contact us today to learn how our pumps can enhance your disinfection or sterilization system—custom solutions are available for OEM integrations and specialized requirements.
✅ Why use magnetic gear pumps instead of peristaltic pumps in disinfection systems?
Magnetic gear pumps provide higher pressure capability, better chemical resistance, and longer service life without tube replacements. Their pulsation-free flow ensures consistent spray patterns in disinfection applications.
✅ What chemicals can gear pumps handle?
Dialysis solutions, liquid urea, anhydrous alcohol, ethylene glycol, jet fuel, silicone oil, lubricating oil, transformer oil, ammonia water, sodium hydroxide, sodium hypochlorite, disinfectants like ozone, Freon, fluoride compounds, and similar media.
Our products consist of multiple components, each of which supports the selection of specialized acid/alkali-resistant materials tailored to specific operating conditions. This enables effective resistance to particular acidic or alkaline media. For further details, please contact us.