Wheaton cod reagent vials medium range

Agility Chemical COD Digestion Reagent Vials are pre-filled ready to use in 16mm vials which fit in most digestion reactors and instruments. The reagents are prepared according to APHA 5220 D, EPA 410.4 and ISO 15075 – Closed Reflux Dichromate Colorimetric Method.

WHEATON® CELLine is a range of membrane driven flasks for high density cell culture, designed to enhance small scale bio-production for antibody and protein generation. Conventional in vivo or in vitro cell culture methods can be laborious, may have low cell density and require significant purification. WHEATON® CELLine flasks address these three areas of limitation observed in static tissue

COD reagents High range 0 to 15 000 mg/L (as (O2), EPA* The HI-93754C-25C is a box of 25 reagent vials for COD, high range 0 to 15,000 mg/L (as O 2) Each box of 25 vials is supplied with a Hanna certificate of quality. The reagents are traceable to NIST SRM

Simply choose the best range for the application: low range – 0 to 150 mg/L O 2, medium range – 0 to 1500 mg/L O 2 and high range: 0 to 15000 mg/L O 2. Accurate and repeatable measurements – Hanna COD reagents have been developed in accordance with Standard Methods 5220D, USEPA 410.4 and ISO 15705:2002 methods.

The HI93754E-25 are reagent vials that follow the mercury-free dichromate method for the medium range determination of chemical oxygen demand (COD) using a compatible benchtop photometer. These high quality reagents are manufactured in our state-of-the-art

COD Digestion Vials, Low Range Method: Reactor Digestion Chemical Oxygen Demand (COD): US EPA approved for wastewater analysis using Hach Method 8000 Range: 0-150 mg/L COD 25/test

COD Reagent Vials Medium Range , ISO Method (25 tests) – HI93754G-25 € 51,45 Add to cart COD Low Range Reagent Vials, EPA Method (25 tests) – HI93754A-25

These reagent vials that follow the EPA approved method for the medium range determination of chemical oxygen demand (COD) using a compatible benchtop photometer. These high quality reagents are manufactured in our state-of-the-art facility and are clearly marked with the lot number and expiration date on each box for traceability

COD Medium Range Reagent Vials, Mercury-Free Method (25 tests) - HI93754E-25 A$88.00 Quickview Add to Cart Add to Compare COD Low Range Reagent Vials with Barcode, Mercury-Free Method (25 tests) - HI94754D A$127.60 Add to Cart Add to

The HI93754J-25 are reagent vials that follow the EPA approved method for the medium range determination of chemical oxygen demand (COD) using a compatible benchtop photometer. These high-quality reagents are manufactured in our state-of-the-art facility and are clearly marked with the lot number and expiration date on each box for traceability.

16mm Hach vials for vials for Chemical Oxygen Demand ( COD ) determination. Results displayed as O2 mg/l. Please note a reactor is required for sample digestion. The tube tests are in high-quality glass and the reagent tubes are shipped in special packaging to protect them during transport. All COD tests are available in a box of 25 tubes.

COD Digestion Vials, High Range, pk/150 Overview Details Parameter/Reagent Downloads Accessories Similar Products Product #: 2125915 USD Price: $247.00 Ships within 3

Simply choose the best range for the application: low range – 0 to 150 mg/L O 2, medium range – 0 to 1500 mg/L O 2 and high range: 0 to 15000 mg/L O 2. Accurate and repeatable measurements – Hanna COD reagents have been developed in accordance with Standard Methods 5220D, USEPA 410.4 and ISO 15705:2002 methods.

General Description The HI93754A_B_C_J are barcode reagent vials that follow the EPA approved method for the low, high, medium and ultra high range determination of chemical oxygen demand (COD) using a compatible benchtop photometer. • HI93754A-25 LR

COD Reagent kit for 25 test vials (O2) Product information "HI93754B-25* Medium Range COD Reagent (0 to 1500 mg/L)" Reagents for COD, MR EPA* *Method with chromium-sulfuric acid is officially recognized by EPA for wastewater analysis.