For determination of Nitrite Nitrogen by the NitriVer® 3 Diazotization Test 'N Tube™

For determination of Sulfide by the Methylene Blue Method, using Hach Method 8131

For determination of MR and HR nitrate by the NitraVer® 5 cadmium reduction method.

Lead TNTplus® chemistry and your Hach spectrophotometer are engineered to simplify

For determination of trace levels of iron by the Ferrozine method. Hach Method 8147.

For determination of ferrous iron by the 1,10-phenanthroline method

Reagent Set for Lead determination by the LeadTrak™ Fast Column Extraction

For determination of Dissolved Oxygen by Hach methods 8166 and 8333. Ranges: 0.3 - 15.0 or 1 - 40 mg/L O₂. Pack of 25 ampules.

For determination of Ozone by the Indigo method, using AccuVac® Ampules

Nitrogen TNTplus® chemistry and your Hach spectrophotometer are engineered to simplify

For determination of Low Range Manganese by the PAN method.

For determination of Calcium and Magnesium Hardness by the Calmagite Colorimetric

For determination of cadmium by the Dithizone method. Hach method 8017.

Reagent set for determination of aluminum by the AluVer 3 Aluminon method.

مجموعه ریجنت آلومینیوم با کد 2242000، محصول شرکت Hach، یک کیت آزمایشگاهی تخصصی است که برای تعیین دقیق غلظت آلومینیوم در نمونه‌های آبی طرا...

For copper determination by the bicinchoninate method

For Chloride determination by the Mercuric Thiocyanate method. Hach Method 8113.

Iron TNTplus® chemistry and your Hach spectrophotometer are engineered to simplify

Chromium TNTplus® chemistry and your Hach spectrophotometer are engineered to

استاندارد گوگرد SDF-5X-20ML-PAK که توسط شرکت AccuStandard تولید می‌شود، یک محلول با غلظت دقیق و مشخص از گوگرد است که در یک ظرف 20 میلی‌لی...

For determination of Total Chlorine Reagent by the DPD method, using Accuvac® Ampules

For determination of oxygen scavengers by the iron reduction method

For determination of Total Chromium by the Alkaline Hypobromite Oxidation method

For low range Iron determination by the TPTZ method

For determination of Chiorine Dioxide by the DPD Glycine method