Product Overview

The Textile Water Evaporation Rate Tester is a precision instrument designed to evaluate the moisture evaporation and quick-drying performance of textiles. By measuring the rate of water evaporation from fabric samples under controlled conditions, it provides quantitative, repeatable, and objective data on textile moisture management properties. This instrument is widely used in textile R&D, quality control, and performance verification labs.

Application

The tester is suitable for:

(1) Apparel and sportswear R&D: assessing quick-drying fabrics for activewear, swimwear, and performance clothing.

(2) Textile manufacturing: quality control of woven, knitted, and non-woven fabrics to ensure moisture management standards.

(3) Home textiles: evaluating moisture evaporation for towels, bedding, and functional fabrics.

(4) Industrial textiles: testing filtration materials, protective clothing, and medical fabrics for water-handling performance.

(5) Textile testing laboratories: providing standardized data for product certification and comparative studies.

(6) Educational institutions: training students on moisture transport and drying behavior of fabrics.

Standards

The design and operation comply with both national and international standards, including:

(1) AATCC Test Method 201 – Drying rate of fabrics

(2) AATCC Test Method 199 – Water vapor transmission of textiles

(3) AATCC Test Method 200 – Moisture management testing

(4) ASTM E96 – Standard test methods for water vapor transmission of materials

(5) ISO 11092 – Measurement of thermal and water-vapor resistance of textiles

(6) GB/T 23457 – Testing of textile drying and moisture evaporation performance

Product Features

(1) High-precision measurement: uses imported balances with 0.001g accuracy for reliable, repeatable results.

(2) Multi-station testing: 6 independent workstations with individually controlled motors for high throughput.

(3) Computer-controlled operation: software-based upper computer control for experiment setup, monitoring, and data acquisition.

(4) Safety design: institutional self-locking prevents accidents during sudden power failure.

(5) Optimized structure: precise sample positioning and smooth motor operation with minimal noise.

(6) Flexible measurement: adjustable weighing interval and automatic test termination based on evaporation rate stability.

(7) Data analysis: real-time curve generation and automatic evaporation rate calculation for accurate reporting.

Technical Parameters

Accessories

(1) Standard sample holders (6 pcs)

(2) Imported high-precision balance (built-in)

(3) Drive motors for each workstation

(4) Software package for data acquisition and analysis

(5) Calibration tools

(6) User manual