Hach COD TNTplus Vial Tests Mercury Free TNT825

Hach COD TNTplus Vial Tests Mercury-Free TNT825

Product description

Hach COD TNTplus Vial Tests Mercury-Free TNT825 provide a safe and accurate solution for measuring Chemical Oxygen Demand (COD) without the use of mercury. Designed for environmental and industrial water analysis, these pre-dosed vials minimize handling errors and improve safety. Using a reactor digestion method, the tests offer reliable and reproducible results. The TNTplus technology ensures precise measurements with automatic barcode recognition, making data processing seamless and efficient.

Features

• Mercury-free formulation for safer environmental testing
• Measurement range from 25 – 1000 mg/L COD
• Pre-dosed reagent vials reduce handling errors and enhance safety
• Reactor digestion method ensures accuracy and reproducibility
• Compatible with Hach DR3900, DR6000, DR1900, DR2800, DR3800, and DR5000 spectrophotometers
• TNTplus technology with barcode recognition for automated data processing

Application

• Wastewater treatment plants for monitoring COD levels
• Environmental compliance testing in water quality laboratories
• Industrial water analysis to optimize process efficiency
• Research facilities conducting water pollution studies
• Municipal water treatment for regulatory compliance
• Mercury-sensitive applications requiring safe COD measurement

Specification

• Digestion required: Yes
• Instrument compatibility: DR3900, DR6000, DR1900, DR2800, DR3800, DR5000
• Method: 8000
• Method name: Reactor Digestion
• Number of tests: 25
• Parameter: COD (Chemical Oxygen Demand), Mercury-Free
• Platform: TNTplus
• Measurement range: 25 – 1000 mg/L COD
• Special feature: Mercury-Free

Conclusion

Hach Mercury-Free TNT825 offer a safer and reliable alternative for COD measurement without the use of mercury. With its pre-dosed vials, reactor digestion method, and TNTplus technology, this test ensures precision and efficiency, making it an ideal choice for environmental monitoring, industrial applications, and regulatory compliance testing.