Accurate, Reliable, Customizable, Cost-Effective
Discover the cutting-edge technology and unrivaled quality of the Industrial COD / BOD / ammonia nitrogen Analyzer. With a unique design that ensures lower maintenance and reagent consumption, and higher cost efficiency, this product stands out in its field. The inclusion of vacuum suction peristaltic pump and PTFE hose ensures a more concise and flexible reagent mixing and prevents clogging, providing you with a reliable and efficient solution. Choose this innovative analyzer for your power plant water treatment, sewage treatment plant, or chemical refining needs, and enjoy world-class quality backed by ISO, CE, and SGS certifications.
Product Display
Accurate and Efficient Water Analysis
Advanced Industrial Water Quality Analysis
The BOQU RS-232 COD, BOD, and ammonia nitrogen Analyzer features a unique design that leads to lower failure rates, maintenance, and reagent consumption, along with a higher cost. It includes injection components with a vacuum suction peristaltic pump, sealed digestion components with high-temperature high-pressure digestion system, and reagent tube with imported transparent modified PTFE hose. This product is suitable for installation in power plant water treatment, water plants, sewage treatment plants, wastewater treatment, paper making, chemical refining, metallurgy and mining, food and beverage, pharmaceutical industry, biological reaction and fermentation, semiconductor production, and high purity water production. BOQU, as a National High-tech Enterprises, has more than 50 softwares property and ensures 100% QC inspection before shipment.
Material Introduction
This Industrial COD / BOD / ammonia nitrogen Analyzer is made with high-quality, durable materials that ensure a lower failure rate, low maintenance, and consumption of chemicals. The reagent tubes are specifically designed using imported transparent modified PTFE hoses with a diameter greater than 1.5mm to prevent clogging. In addition, the digestion components include a high-temperature high-pressure system to accelerate the reaction process and prevent exposure to corrosive gases.
FAQ