Garment Moisture Meter LGMA-T2013

Introduction

Garment Moisture Meter is a high-performance equipment used for measuring the content of textile materials to determine and reduce damage and quality degradation. It is equipped with advanced ten gears that are used to measure different kinds of Cotton Clothes and other materials. Its sensors are highly sensitive and have a fast response time. The moisture meter adopts high frequency principle, allowing measurement faster with accuracy. Our garment moisture meter has applications in textile industries, especially in storage and packaging, research, and development.

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

Garment Moisture Meter is a high-performance instrument equipped with ten gears that are used to measure different kinds of Cotton Clothes and other materials. Our garment moisture meter has applications in textile industries, especially in storage and packaging, research, and development.

Specifications

Measuring Range	4-90%
Resolution	0.1 or 0.01
Accuracy	± 0.5 (main moisture range)
Measuring Temperature	0-60°C
Humidity	5 % - 90 % RH
Memory	240 sets
Display	Display
Power Supply	9 V Battery (6F22)
Dimensions	160 × 60 × 25 mm
Weight	203g
Gross Weight	0.7 Kg

Features

Lightweight

Portable Design

Highly Accurate

User-friendly operation

FAQs

1. . What is the moisture measurement range of the Garment Moisture Meter ?

Garment Moisture Meter offers a broad moisture measurement range from 0% to 60%, depending on the type of fabric. This wide range allows users to evaluate both low and high moisture levels in various textiles such as cotton, silk, linen, and synthetic blends. Its fast response and digital accuracy help ensure optimal moisture conditions during textile production, storage, and transportation. The device is ideal for textile manufacturers, quality inspectors, and warehouse managers.

2. How does the Garment Moisture Meter measure moisture in textile materials?

The Garment Moisture Meter uses the resistance measurement principle with electrode pins to detect moisture content. When the sensor is inserted into the fabric, it measures the electrical resistance, which varies with moisture levels. The onboard microprocessor converts the resistance reading into a percentage value, shown on the digital screen. This method provides a quick, accurate, and non-destructive way to assess moisture in a wide range of textile types, ensuring quality control and consistency in fabric handling.

3. Is the Garment Moisture Meter compatible with different types of fabrics?

Yes, Garment Moisture Meter is designed to work with a variety of textiles, including cotton, wool, polyester, viscose, silk, and blended fabrics. It includes adjustable calibration settings or material-specific modes to match different fabric types, ensuring accurate readings across materials. This flexibility makes the DM200T ideal for diverse applications in the textile industry, from yarn inspection to fabric finishing, helping users monitor and control moisture levels for improved product quality and processing efficiency.

4. How is the Garment Moisture Meter calibrated and maintained?

The Garment Moisture Meter comes factory-calibrated, but users can perform manual calibration using reference materials for enhanced accuracy. Calibration ensures the device gives consistent results, especially when used with different fabric types or under varying environmental conditions. Maintenance involves cleaning the sensor pins regularly, storing the device in a dry location, and checking the battery periodically. Avoid contact with water or corrosive materials. Proper care and periodic calibration extend the meter’s lifespan and ensure reliable performance.

5. What are the key features that improve the usability of the DM200T?

Garment Moisture Meter features a large digital screen, fast measurement response, and user-friendly controls for efficient operation. Its lightweight and portable design allows for single-handed use in various environments. Powered by standard batteries, it includes an auto shut-off function to save power. The robust sensor construction ensures durability, while the precise digital output aids in making quick decisions during textile inspection. These features make it highly suitable for production floors, labs, and fieldwork.