Solvent Moisture Meter LSMM-T2010

Introduction

Solvent Moisture Meter utilizes Karl Fischer’s volumetric titration method and has a measurement range of 0.001% to 100%. It features a large, color measurement data enhances analysis efficiency. This meter is fully enclosed, preventing toxic reagent spillage while automatically replacing solvents and discharging waste liquids. Our meter is suitable for applications in solvents, paper, oil, pharmaceuticals, and coatings industries.

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

Applications

Our Solvent Moisture Meter is used in pharmaceuticals, chemicals, oil, coatings, paper, and solvents to measure moisture content accurately. It ensures precise quality control in laboratories and production.

Specifications

Method	Karl Fischer’s volumetric titration
Measuring Range	0.001 to 100%
Resolution	0.01 mL
Display Mode	Large display
Titration Flow	Automatic control
Terminal Delay	10 to 300 s (adjustable)
Value Error	Up to 2%
Power Supply	220 V 50 Hz

Features

Automatic drift moisture deduction

Windows-style user-friendly interface

Multi-parameter display

-controlled stirring

Benchtop design

FAQs

1. Why is moisture analysis important in industries like pharmaceuticals and oil?

Moisture content plays a critical role in product quality, stability, and performance. In pharmaceuticals, excessive moisture can cause medications to degrade, reducing their effectiveness and shelf life. In the oil industry, moisture in fuels and lubricants can lead to corrosion, engine damage, and poor performance. By using a Solvent Moisture Meter, industries can ensure their products meet strict quality standards, preventing costly failures and improving overall efficiency.

2. What are the advantages of using a Solvent Moisture Meter?

Solvent Moisture Meter offers several advantages, including high accuracy, automated operation, and real-time data tracking. The enclosed system prevents reagent exposure, making it safer for users while ensuring consistent results. The device also features automatic drift moisture deduction, compensating for environmental moisture fluctuations. Its adjustable stirring speed allows for controlled titration, ensuring better mixing and reaction of the sample with the reagent. Additionally, the meter provides real-time titration curves, helping users monitor and verify the process efficiently.

3. What industries commonly use a Solvent Moisture Meter?

Solvent Moisture Meter is commonly used in industries that require precise moisture determination in liquids and solids. These industries include pharmaceuticals, where it ensures the correct moisture content in drugs and formulations, and the chemical industry, where it helps maintain product stability. The oil and petroleum industry also relies on it to measure water content in fuels and lubricants. Additionally, it is used in the coatings and paint industry to ensure product consistency and in the paper industry to analyze moisture levels affecting paper quality and durability.

4. Is it possible to measure too much or too little moisture with this Solvent Moisture Meter?

This Solvent Moisture Meter is designed for precision, but improper sample preparation, incorrect reagent concentration, or environmental factors like humidity can affect readings. However, the meter compensates for many of these factors by using drift moisture deduction and real-time titration control. By following proper calibration and handling guidelines, users can consistently achieve highly accurate results.

5. What makes this Solvent Moisture Meter better than traditional drying methods for moisture analysis?

Traditional drying methods, like oven drying, measure moisture by weight loss, which can be affected by volatile compounds evaporating along with water. Solvent Moisture Meter, using Karl Fischer titration, directly measures water content with chemical precision, making it faster, more accurate, and ideal for substances where traditional drying methods would be unreliable.