Volumetric Karl Fischer Titration Tester LWT-T2022

Introduction

Volumetric Karl Fischer Titration Tester offers a titration accuracy of 1.0µl, allowing for precise reagent delivery and accurate endpoint detection. The instrument features advanced titration technology to ensure precise and efficient water content analysis. It includes a titration curve display mode, visually representing the titration process in real time. Our volumetric Karl Fischer titration tester consists of a gas-tight system configuration, preventing the escape of toxic gases and enhancing safety during operation.

This petroleum testing is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Karl Fischer Titration Tester is widely used to trace the water content of solvents or paints. It is extensively utilized in pharmaceutical, ink manufacturing, adhesives, petrochemical sectors, cosmetics and for the determination of crystalline water.

Specifications

Range	0.001% to 100%
Titration Accuracy	1.0µl
Repeatability	≤ 0.5 %（20 mg water）
Resolution	1ppm
Storage	100 groups for titration data 5 groups for calibration records 5 groups for test methods
Power Supply	110V to 240V / 50HZ to60HZ
Overall Size	450mm×400mm×400mm
Weight	5.5 KG

Features

Adjustable Stirring Reaction Vessel

Status Light Indicator 

Adjustable Titration Speed

Automatic Endpoint Detection

Stepless-Speed Mixing Control

FAQs

1. What is the measuring range and resolution of the Volumetric Karl Fischer Titrator ?

Volumetric Karl Fischer Titrator offers a broad measuring range from 10 ppm to 100% water content, making it suitable for a wide array of sample types. Its high-resolution capability of 0.001 ml ensures precise titrant delivery, enhancing the accuracy of moisture content determination. This precision is crucial for industries requiring stringent quality control measures. The instrument's sensitivity allows for the detection of minute water quantities, ensuring reliable results even in low-moisture samples. Its linear correlation coefficient of ? 0.999 further attests to its accuracy and reliability. Such features make the an indispensable tool in laboratories focused on moisture analysis. Regular calibration and maintenance are recommended to maintain its high-performance standards

2. How does the Volumetric Karl Fischer Titrator ensure accurate moisture content measurement?

Volumetric Karl Fischer Titrator employs a volumetric titration method, where iodine is added to the sample until the endpoint is reached, indicating the presence of water. Its advanced metrical pump delivers titrant with exceptional precision, minimizing errors. The sealed titration cell prevents the escape of toxic gases, ensuring both safety and accuracy. Real-time titration curves are displayed on the instrument's screen, allowing for immediate analysis and adjustments. The system also automatically compensates for drift, a common issue in moisture analysis, by subtracting floating water readings. These features collectively enhance the reliability of moisture content measurements, making the suitable for various applications. Regular software updates and calibration are essential to maintain its optimal performance.

3. What industries benefit from using the Volumetric Karl Fischer Titrator ?

Volumetric Karl Fischer Titrator is versatile and caters to multiple industries requiring precise moisture content analysis. In the pharmaceutical industry, it ensures the quality and stability of drug formulations by accurately determining water content. The petrochemical sector utilizes it to assess the moisture levels in fuels and lubricants, preventing corrosion and degradation. In food and beverage production, it helps maintain product quality and shelf life by monitoring moisture levels. Environmental laboratories employ for analyzing water content in soil and waste samples. Additionally, it serves in research and development settings, aiding in the formulation of new materials and products. Its adaptability across various sectors underscores its importance in quality control and research applications. Training personnel on its operation ensures consistent and accurate results across all industries.

4. What safety features are incorporated in Volumetric Karl Fischer Titrator to protect users?

Volumetric Karl Fischer Titrator safety is paramount in laboratory settings, designed with several features to protect users. The sealed titration cell prevents the escape of hazardous gases, such as iodine vapours, ensuring a safe working environment. Its automatic reagent changes and waste discharge mechanisms reduce manual handling, minimizing exposure to chemicals. The instrument's design includes a 3-way valve system that facilitates efficient sample introduction and reagent addition, enhancing operational safety. Real-time monitoring of the titration process allows for immediate detection of anomalies, enabling prompt corrective actions. The user-friendly interface and clear display reduce the likelihood of operational errors. Regular maintenance and adherence to safety protocols further ensure the protection of laboratory personnel. Implementing these safety measures fosters a secure and efficient laboratory environment.

5. How does the Volumetric Karl Fischer Titrator support compliance with industry standards?

Volumetric Karl Fischer Titrator is designed to meet various industry standards, ensuring reliable and standardized moisture content analysis. Its high precision and accuracy align with regulatory requirements in sectors such as pharmaceuticals, petrochemicals, and food and beverages. The instrument's ability to provide real-time data and generate reports supports documentation and traceability needs. Its automated features reduce the potential for human error, enhancing compliance with quality control protocols. The system's design facilitates easy calibration and maintenance, ensuring consistent performance. By adhering to industry standards, the helps laboratories maintain accreditation and meet regulatory expectations. Regular updates and training ensure that the instrument remains compliant with evolving industry standards.