Spectrophotometric COD Mn Measurement Set
High correlation with the JIS method!
Due to the same reaction conditions as the JIS method, a high correlation can be obtained. The amount of reagent used is significantly reduced.
- 企業：セントラル科学
- 価格：Other
COD Measurement Set - メーカー・企業と製品の一覧
COD Measurement Setの製品一覧
1～4 件を表示 ／ 全 4 件
表示件数
Total Nitrogen and Total Phosphorus / Absorbance Method CODMn Measurement Set TNP/COD-A
There is a very high correlation between the measurement values according to the JIS method and the wastewater from various business establishments.
This measurement method maintains the reaction conditions between the pollutants and potassium permanganate identical to JIS K 0102, using one-twentieth of the liquid volumes of the sample and reagents as per the JIS method. Heating at 100°C for 30 minutes is conducted using a reactor instead of a water bath, and the amount of consumed permanganate ions is determined by measuring the decrease in absorbance with a photoLab 6100 water quality meter, which displays the COD concentration. Since the reaction conditions of this method are exactly the same as those of the JIS method, there is a very high correlation between the measurements obtained by the JIS method and those obtained using the photoLab 6100.
- 企業：レックス 測定キューブ
- 価格：100,000 yen-500,000 yen
Heavy Chromium Acid Method COD Measurement Set MD100 COD
Can be measured accurately in mg/L (or g/L) O2 with minimal operation.
The COD measurement set includes the main measuring device, COD test tubes (25 pieces, 1 set each for low range and medium range), reactor RD125, and vial stand.
- 企業：レックス 測定キューブ
- 価格：100,000 yen-500,000 yen
Heavy Chromium Acid Method COD Measurement Set
Compliant with JIS K0102! For COD management of wastewater.
It supports a wide measurement range of up to 15,000 mg/L. All reagents necessary for measurement are pre-adjusted; simply place the sample in a vial containing the reagent, heat it for decomposition, and then read the results with the measuring instrument.
- 企業：セントラル科学
- 価格：Other
