Hach COD TNTplus Vial Tests TNT82306

Hach COD TNTplus Vial Tests TNT82306

Product description

The Hach COD TNTplus Vial Tests TNT82306 are high-quality reagent vials designed for precise and efficient chemical oxygen demand (COD) testing. These tests use the reactor digestion method to measure COD levels in water and wastewater samples. With TNTplus technology, the vials provide accurate and repeatable results while minimizing handling errors. The TNT82306 kit is compatible with multiple Hach spectrophotometers, ensuring seamless integration into laboratory workflows.

Features

• utilizes the reactor digestion method for reliable COD analysis
• compatible with Hach DR3900, DR6000, DR1900, DR2800, DR3800, and DR5000 spectrophotometers
• TNTplus technology ensures high accuracy and minimizes human error
• pre-dosed reagents for simplified testing and reduced chemical exposure
• wide measurement range of 250 – 15000 mg/L COD
• includes 150 tests per kit for cost-effective analysis

Application

• environmental monitoring: measures COD levels in natural water sources
• wastewater treatment: ensures compliance with discharge regulations
• industrial process control: monitors COD in manufacturing and processing plants
• laboratory research: supports water quality studies and experiments
• municipal water treatment: evaluates organic pollutant levels in water systems
• educational use: suitable for teaching COD analysis in academic institutions

Specification

• method: reactor digestion method (8000)
• parameter: chemical oxygen demand (COD)
• range: 250 – 15000 mg/L COD
• number of tests: 150 per kit
• platform: TNTplus technology
• digestion required: yes
• compatible instruments: DR3900, DR6000, DR1900, DR2800, DR3800, DR5000

Conclusion

The Hach COD TNTplus Vial Tests TNT82306 offer a reliable and efficient solution for COD analysis. Designed for ease of use and accuracy, these tests are ideal for laboratories, wastewater treatment plants, and industrial applications. With TNTplus technology, users can achieve precise results while reducing handling errors and chemical exposure.