Garment Moisture Meter LGMA-T2012

Introduction

Garment Moisture Meter is used for measuring the content of textile materials to determine and reduce damage and quality degradation. It is a battery-operated instrument that allows portability and lower power consumption. Its real-time measurement features provide results fast and make it easy to measure a large quantity of textiles. The moisture meter has a low battery indicator alerting the user to change the batteries helps maintain the device. 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 used for measuring the content of textile materials to determine and reduce damage and quality degradation. 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
Accuracy	± 0.5 (main moisture range)
Measuring Temperature	0-60°C
Humidity	5 % - 90 % RH
Memory	240 sets
Display	Display
Optical Dimensions	20 mm, 80 mm, 150 mm, 280 mm, 500 mm
Power Supply	4x1.5 size (UM-4) battery
Dimensions	145 × 70 × 30 mm
Weight	175

Features

Lightweight

Portable Design

touch screen 

Highly Accurate

User-friendly operation

FAQs

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

Garment Moisture Meter offers a wide moisture measurement range from 0% to 70%, making it suitable for various textile materials including cotton, polyester, viscose, and blends. This extended range allows for precise evaluation of both dry and high-moisture fabrics. The device provides real-time readings with high accuracy, helping manufacturers ensure proper drying, storage, and processing conditions. It’s particularly useful in textile mills, garment factories, and warehouses to avoid moisture-related quality issues.

2. How does the Garment Moisture Meter determine moisture content in textiles?

Garment Moisture Meter uses high-frequency sensor technology combined with digital signal processing to measure the electrical properties of textiles affected by moisture. Unlike basic pin-type meters, it often features non-invasive or surface-based sensing, which helps avoid fabric damage. The microprocessor interprets the electrical conductivity and displays the moisture percentage on a digital screen. This technology ensures high accuracy, fast response time, and reliable performance across a range of textile types and environmental conditions.

3. Can the Garment Moisture Meter be used for all types of fabrics and yarns?

Yes, Garment Moisture Meter is designed for universal textile application, supporting a broad spectrum of materials such as raw cotton, silk, wool, yarns, synthetic fibres, and finished fabrics. It often includes material selection modes or programmable settings to fine-tune measurements based on fabric type. This versatility ensures consistent accuracy and makes it a valuable tool for users working with different textile materials across spinning, weaving, dyeing, and quality control departments.

4. What calibration and maintenance steps are required for the Garment Moisture Meter ?

Garment Moisture Meter typically comes pre-calibrated, but supports user calibration through sample adjustment or factory reset options. Routine maintenance involves checking the sensor for wear, cleaning the probe or sensor surface, and storing the device in a dry, stable environment. Battery replacement and regular functional checks are recommended to maintain performance. For best results, it’s advisable to periodically verify calibration using known dry and moist fabric samples, especially when operating in varying temperatures or humidity.

5. What key features enhance the usability of the Garment Moisture Meter ?

Garment Moisture Meter is built for portability and ease of use, featuring a large digital backlit display, an intuitive interface, and an ergonomic design. It offers quick response time, durable sensors, and automatic power-off to conserve battery life. Some models also support data hold, memory storage, and multilingual menus. Its robust build quality and high precision make it suitable for both field inspections and factory floor operations. These features ensure accurate moisture control and efficient textile production workflows.