The user manual for the Sulfate LR 200 Sulfur Analyzer (Product Code: 985062) provides detailed instructions on its usage, including test procedures and specifications. Learn about the method for photometric determination using barium sulfate and the pH range required for accurate results. Find FAQs regarding sea water analysis and sample solution pH levels. Get insights into measurement procedures for various photometers, including MACHEREY-NAGEL and NANOCOLOR models. Discover analytical quality control standards like NANOCONTROL Standard Sulfate LR 200 (REF 92562).
Discover comprehensive instructions for using MN 918128 NanOx Metal, including sample preparation and measurement procedures. Learn about the determination of iron content and quality assurance practices for accurate results. Explore FAQs on sample solutions and disposal guidelines.
The 985822 BOD5 Tube Test provides product information and instructions for determining biochemical oxygen demand. This tube test, based on the German Standard Method DIN 38409-H51, offers reliable results for measuring BOD5. Learn about the principle, reagent set contents, preparation/handling tips, and steps involved in the determination process.
Discover the BOD5-TT Test Kit (REF 985825) with NANOCOLOR. This user manual provides specifications, instructions, and safety precautions for accurate biochemical oxygen demand measurement in 5 days. Learn about the contents, interferences, and sample preparation techniques to achieve reliable results.
Learn how to use the Ammonium 2000 Photometric Analyses Test Tubes for accurate and efficient ammonium determination in surface, ground, and drinking water. This Nanofix R2 kit is in accordance with APHA 4500-NH3 F, ISO 7150-1, DIN 38406-E5, and EPA 350.1, and comes with all necessary reagents and accessories. The test is suitable for a measuring range of 300-1600 mg/L NH4-N (method 0021) and 400-2000 mg/L NH4+/NH3 (method 0022/0023).
This user manual provides detailed instructions on how to use the COD 15000 Tube Test, a photometric method for determining chemical oxygen demand in water, wastewater, and sludge. The test is equivalent to EPA 410.4, APHA 5220D, DIN ISO 15705-H45 and DIN 38409-H41-1 methods, and has a measuring range of 1.0-15.0 mg/L 02 (method 0281) 1000-15000 mg/L 02 (method 0282). Get accurate results with NANOCOLOR standards and required devices such as MACHEREY-NAGEL photometer and heating block.
