ULB-T09 Fabric Water-vapour Transmission Tester.jpg

China Fabric Water Vapor Transmission Tester ULB-T09 - Reliable Supplier & Factory for Moisture-Wicking Textiles

Brand Ulabster
Product origin China
Delivery time about 30 days
Supply capacity 500 sets

Explore the exceptional water vapor transmission properties of diverse fabrics, including moisture-wicking materials and cutting-edge non-woven textiles such as bat wool, space cotton, and high-performance sportswear. These innovative fabrics are designed for optimal moisture management, making them ideal for activewear and outdoor apparel. As a leading factory in China, we specialize in providing high-quality textiles that meet the demands of today's active lifestyles. Contact us now to learn more about our products and how we can serve you as reliable suppliers!

Product Details

Application

To test the water vapour transmission of various fabric (moisture permeable fabric included) and non-woven fabric such as bat wool, space cotton, sportswear fabric etc.

Feature

1. Fabric Water-vapour Transmission Tester Apply to various standards and testing methods.

2. Rotary specimen holder, the speed can be adjusted. The test is much evenly than fixed specimen holder.

3. The wind speed can be adjusted. Adopt import air velocity transducer to demarcate which can ensure the speed.

4. The temperature and humidity control use RID algorithm, which fluctuation is small and can prevent the overshoot. The temperature and humidity calibration function can avoid the sensor bias caused by long time using.

5. Textile Water Vapour Permeability Tester high accuracy temperature and humidity sensor makes the test result reliable and precise.

6. Single chip control, color touchscreen operation, modular design, temperature and humidity digital setting, intelligent control and real-time display the temperature, humidity and time.

7. Can input parameter on the touch screen and calculate the WVT, WVP, PV value.

8. The water vapour transmission rate tester equipped with upper computer software, can record the temperature and humidity curve, be easy to calculate and print mass data report.

Key Specification

Model	ULB-T09-1	ULB-T09-2
Water vapour permeability cups	1 layer, 8pcs	2 layers, 8pcs/layer
Standards	GB/T12704, GB/T21655, ASTM E90, ASTM E96, JIS L1099, BS 7209
Test chamber temperature	RT~50℃
Resolution	0.1℃
Accuracy of temperature	±0.5℃
Weighing function	No
Testing method	Upright cup method
Humidity of testing chamber	40%RH~95%RH
Resolution	0.1%RH
Accuracy of humidity	±1%RH
Testing time	0.1～999.9h (can be changed into “min”)
Speed of circulating air	0.1～0.8m/s
Breathable area	2826mm² (∮60mm GB12704) or 4534mm² (∮76mm ASTM E96) Or 5408mm² (∮83mm BS 7209) or 2826mm² (∮60mm JIS L1099)
Dimension	740×670×1185mm	1050×635×1170mm
Weight	200kg	250kg
Power supply	AC 220V 50/60HZ 4KW	AC 220V 50/60HZ 4KW

Accessories

Standard accessories	1 set	Soak Cup (GB Standard, and can be changed into other standards according to customer’s requirements)
Standard accessories	1 pc	Power Line
Optional accessories	1 set	Soak Cup (ASTM standard)
Optional accessories	1 set	Soak Cup (BS standard)

Frequently Asked Questions

What materials can be tested using the Fabric Water-vapour Transmission Tester?

This tester is designed to measure the water vapour permeability of various textiles, including moisture-permeable fabrics, non-woven fabrics, bat wool, space cotton, and sportswear fabrics.

Which international standards does the ULB-T09 series comply with?

The tester complies with major international standards, including GB/T12704, GB/T21655, ASTM E90, ASTM E96, JIS L1099, and BS 7209, making it highly versatile for global quality assurance.

What is the advantage of a rotary specimen holder over a fixed one?

The rotary specimen holder ensures that all samples are exposed to uniform airflow and environmental conditions inside the chamber, leading to more consistent and reliable test results compared to fixed holders.

How does the device maintain precise temperature and humidity control?

The system utilizes a PID control algorithm to minimize environmental fluctuations and prevent overshoot. Additionally, it features a built-in calibration function to compensate for sensor bias caused by long-term operation.

Can test parameters and calculations be managed directly on the machine?

Yes, operators can input parameters directly via the integrated color touchscreen. The system automatically calculates critical values such as Water Vapour Transmission (WVT), Water Vapour Permeability (WVP), and PV values.

Is there a software interface for data analysis and reporting?

Yes, the tester is equipped with upper computer software that records real-time temperature and humidity curves, facilitates data calculation, and enables the generation and printing of comprehensive test reports.