인쇄

화학적 산소 요구량(COD) TNTplus 바이알 테스트, 고농도 (20-1,500mg/L COD), 25회 테스트 가능

제품 번호: TNT822-KR

Unit Price Hach에 문의

MSDS 다운로드 작성

범주:

언어:

필터 삭제

Application Notes	유형	언어	크기	날짜	버전
How temperature affects measurement results DOC042.53.20157		English US	116 KB	2017-03	Mar17
Process Water Conservation, Treatment & Recycling Minimizes Water Consumption Treating Brewery Process Water On Site		English US	981 KB	2012-05
Recognized Results Based on Quality Assurance and Quality Control DOC040.53.10003		English US	131 KB	2020-12	Feb16
TNTplus Vial Tests: Expert testing made simple DOC042.53.20009		English US	232 KB	2020-12	Feb16

Brochures	유형	언어	크기	날짜	버전
Complete Water Analysis for the Food Industry DOC030.53.10105		English US	14 MB	2023-11	Nov23
Complete Water and Product Quality Analysis Beverage Industry DOC030.53.10021		English US	1 MB	2024-01	Jan24
Electroplating Industry Guide: Where, Why, What and How to Analyze DOC030.53.10058		English US	165 KB	2017-03	Feb17
ez COD Brochure LIT2483		English US	2 MB	2020-03	Mar20
Industrial Wastewater Guide: Where, Why, What and How to Analyse DOC030.53.10059		English US	600 KB	2024-05	May24
Pulp & Paper Industry Guide: Where, Why, What and How to Analyze DOC030.53.10057		English US	176 KB	2017-03	Feb17

Data Sheets	유형	언어	크기	날짜	버전
TNTplus® Vial Chemistries DOC052.53.25018		English US	799 KB	2023-03	Mar23
TNT플러스 바이알 화학 DOC052.84.25018		Korean	792 KB		Sept24

Guides	유형	언어	크기	날짜	버전
GSA Supply Schedule		English US	100 KB	2016-11
Hach Methods Quick Reference Guide DOC052.53.25020		English US	186 KB	2023-12	Nov23
Industry Guide: Where, Why, What and How to Analyse DOC030.53.10056		English US	259 KB	2016-03	Feb16
시약정보요약서-CAS-Number-1333-82-0		Korean	328 KB	2022-04
시약정보요약서-CAS-Number-13530-68-2		Korean	71 KB	2022-04
시약정보요약서-CAS-Number-7664-93-9		Korean	76 KB	2022-04

Methods/Procedures	유형	언어	크기	날짜	버전
Oxygen Demand, Chemical-Reactor Digestion COD Method 8000, TNTplus™ 821 and 822 DOC316.53.01100		English US	309 KB	2019-05	Ed10
Short Working Procedure: TNTplus™ 822 Chemical Oxygen Demand, COD, High Range, Method 8000 DOC312.53.94135		English US	257 KB	2019-05	Ed1