Total Organic Carbon (TOC) AnalyzerIt is a precision instrument used to determine the total amount of organic matter in water or materials. Its core principle is to convert organic carbon into carbon dioxide through oxidation technology, and then use a detector to measure the carbon dioxide content, indirectly calculating the total organic carbon concentration.

Features:

High detection accuracy: The laboratory type instrument has a detection limit of up to μ g/L, meeting the requirements of trace analysis.

Strong anti-interference ability: By using technologies such as acidification aeration and high-temperature catalysis to eliminate interference from inorganic carbon, chloride ions, etc., data accuracy is ensured.

High degree of automation: supports automatic sampling, automatic calibration, and automatic cleaning. Some models can store thousands of sets of data, reducing manual operation errors.

Wide applicability: It can detect samples with different concentration gradients and is compatible with multiple matrices.

Compliant with industry standards: Meet the TOC testing requirements for purified water and injection water in the pharmaceutical industry, as well as the water quality monitoring standards in the environmental protection industry.

　　Total Organic Carbon (TOC) AnalyzerApplication areas:

Water quality monitoring: organic pollution assessment of drinking water, surface water, groundwater, and industrial wastewater; Monitoring of effluent quality from sewage treatment plants.

Pharmaceutical industry: TOC testing of purified water, injection water, and process water to ensure water quality meets pharmacopoeia standards; Analysis of organic carbon residues in pharmaceutical raw materials and excipients.

Food and beverage industry: purity testing of beverages, drinking water, and fruit juice; Screening of organic pollutants in food raw materials.

Electronics industry: Ultra pure water TOC detection to prevent organic contamination of chip processes in water.

Environmental testing: determination of organic carbon content in soil, sediment, and sludge to assess the degree of environmental pollution.