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Products
Portable water quality tester
Laboratory benchtop water quality analyzer
On-line water quality monitoring equipment
Reagent consumables
Application
Boiler water
Recirculating cooling water
Drinking water/tap water
Secondary drinking water supply plant
Farmland irrigation water
Sewage/waste water
Surface water(Rivers and Lakes, etc.)
Aquaculture water
pool water
News&Case
Company News
Industry information
Case
Services
After-sale
FAQ
Data download
About
Company Profile
Qualification Patents
History
Cooperative Clients
Contact
Contact
Message
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02
2026.03
What Is Residual Chlorine in Water? Complete Guide to Safety and Monitoring
Residual chlorine plays a vital role in ensuring that water remains safe from the source through the entire distribution network. However, controlling it accurately is equally important to avoid safety, taste, and compliance issues.
2026.03.02
28
2026.02
Alkalinity vs pH in Water: What’s the Difference and Why It Matters
Understanding alkalinity vs pH in water is essential for anyone involved in drinking water production, municipal supply management, laboratory analysis, or industrial water treatment.
2026.02.28
28
2026.02
Why Is pH in Water Important? Essential Guide for Safe and Stable Water
Whether you manage municipal drinking water, industrial processes, wastewater treatment, aquaculture systems, or swimming pools, maintaining the correct pH level in water directly impacts safety, equipment performance, regulatory compliance, and operational efficiency.
2026.02.28
28
2026.02
What Is the Ideal Water pH Level? Find the Right Balance
Maintaining the correct balance is not just about meeting standards—it directly impacts operational stability and long-term system protection.
2026.02.28
27
2026.02
Side Effects of Chlorine in Water – Risks & Smart Testing Solutions
Understanding the risks of excessive chlorine exposure and implementing accurate chlorine level testing is key to maintaining both public health and operational efficiency.
2026.02.27
27
2026.02
Why Is Ammonia Nitrogen Present in Drinking Water?
Although ammonia itself is not typically regulated as a primary toxic contaminant at low concentrations, its presence can significantly influence water treatment efficiency, disinfectant stability, and overall distribution system safety.
2026.02.27
27
2026.02
How to Test for Chlorine in a Pool the Right Way
Chlorine acts as a disinfectant, killing bacteria, viruses, and algae. However, both excessive and insufficient chlorine levels can cause problems. Accurate pool water testing ensures optimal water balance and protects swimmers as well as pool equipment.
2026.02.27
26
2026.02
How Turbidity Impacts Water Disinfection Efficiency?
Turbidity impact on disinfection is a central concern in drinking water treatment because particles can shield microorganisms, increase disinfectant demand, and reduce overall inactivation efficiency.
2026.02.26
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