menu
The water quality stability, sterility, and safety of experimental animal drinking water directly affect the health status, growth, and development of laboratory animals, which in turn determine the accuracy, repeatability, and reliability of animal experiment data. It serves as the core foundation for ensuring the standardization and normalization of animal experimentation.
1. Integrated Design – Solving Key Problems
The system combines water production and water supply into one unit, solving common issues like unstable water quality, bacterial growth in pipes, lack of monitoring, and poor disinfection. It provides integrated control over production, supply, bacteriostasis, and disinfection to ensure safe and stable drinking water.
2. Stable Water Quality with Auto pH Adjustment
The system maintains consistent water quality and features automatic pH balancing to keep the water at the right acidity/alkalinity level for different lab animals, preventing health issues caused by water quality changes.
3. Multiple Disinfection Measures – No Microbial Contamination
With chlorination, high/low swirl flow, and automatic disinfection, the system thoroughly inhibits microbial growth in both the supply lines and drinking water. This effectively reduces bacteria counts, ensures sterility, and eliminates contamination risks at the source.
4. Three-Stage Pretreatment – Protects Key Components
The three-stage pretreatment removes particles, suspended solids, colloids, silica, hardness, bacteria, and other impurities. It significantly lowers the Silt Density Index (SDI) and water hardness, protects the RO membrane from fouling, reduces cleaning frequency, and extends membrane life.
*Note: The flowchart can be customized based on specific application requirements and source water conditions.*The treatment process can be customized to meet specific client requirements and source water conditions.
