Drying Rate Tester

The Drying Rate Tester is a professional instrument designed to evaluate the drying performance of various materials. It measures the moisture loss over time under controlled conditions, providing accurate data on drying kinetics. Widely used across textiles, food, chemicals, and building materials, it supports process optimization, product development, and quality control.

Application

The tester is suitable for multiple industries, including textiles, food, chemicals, and building materials. It helps assess moisture absorption, quick-drying performance, and drying efficiency. Key applications include: sportswear moisture management, food dehydration monitoring, chemical product drying optimization, and construction material drying evaluation.

Standards

Standards vary depending on industry requirements. Common references include ISO, ASTM, and GB/T methods related to drying rate evaluation for textiles, food, and chemical materials.

Features

(1) Accurate measurement of drying rate under controlled environmental conditions.
(2) Supports multiple sample types, including textiles, foods, chemicals, and building materials.
(3) Real-time data collection and display for precise monitoring.
(4) Adjustable temperature, airflow, and humidity to simulate real-world drying scenarios.
(5) Compact, user-friendly design suitable for laboratory and production environments.
(6) Reliable and reproducible results for R&D, quality control, and process optimization.

Technical Specifications

Accessories

Included: Sample holders, sensors, digital display or PC interface, power cable.
Optional: Temperature and humidity calibration kits, additional sample trays, software for data analysis.

Operation & Maintenance

(1) Prepare sample according to material type and place in the testing chamber.
(2) Set required test parameters, including temperature, airflow, and humidity.
(3) Start the test and monitor the drying process in real-time.
(4) Record the moisture loss at set intervals or use automated data logging.
(5) After completion, remove samples and clean the chamber.
(6) Inspect sensors and measurement components regularly for accuracy.
(7) Calibrate temperature and humidity sensors periodically.
(8) Ensure ventilation and avoid dust accumulation for consistent results.
(9) Store the instrument in a dry and stable environment when not in use.
(10) Follow manufacturer guidance for software updates and technical support.