High TDS Water Testing Kits & High Range Chlorine Meters AquaGuard

Did you know 42% of industrial equipment failures stem from high TDS water corrosion? Worse, water with total dissolved solids above 1,000 ppm can slash production efficiency by up to 30%. If you’re losing sleep over murky processes or spiking maintenance costs, you’re not alone. This is your battle plan.

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Why Our Tech Beats High TDS Water & Chlorine Chaos

While basic sensors miss critical thresholds, our high-range chlorine meter delivers military-grade precision:

• ✅ 0-20 ppm chlorine detection (5x industry standard range)
• ✅ 98.7% accuracy even at 10,000+ ppm TDS levels
• ✅ Self-cleaning probes slash maintenance time by 65%

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FAQS on high tds water

Q: What is high TDS water?

A: High TDS water refers to water with elevated Total Dissolved Solids (TDS), including minerals, salts, and organic matter. Concentrations above 500 ppm are generally considered high and may affect taste or safety.

Q: How do I measure high total dissolved solids in water?

A: Use a TDS meter or laboratory testing to measure dissolved solids. For accuracy, calibrate the device and test multiple samples. High-range TDS meters can detect levels up to 10,000 ppm or more.

Q: Can a high-range chlorine meter detect chlorine in high TDS water?

A: Yes, specialized high-range chlorine meters are designed to measure chlorine even in high TDS water. Ensure the device compensates for TDS interference to avoid false readings.

Q: Is high TDS water unsafe to drink?

A: It depends on the dissolved substances. High TDS from harmless minerals (e.g., calcium) may be safe, but elevated levels of contaminants like heavy metals require treatment. Always test water sources thoroughly.

Q: How to reduce high TDS and chlorine levels simultaneously?

A: Use a reverse osmosis (RO) system to remove dissolved solids and activated carbon filters to reduce chlorine. Regularly test water with a TDS meter and chlorine meter to monitor effectiveness.