Capillary Effect Tester

Get a Price/Quote

MOQ : 1 Unit

Capillary Effect Tester Specification

Test Range
0-200 mm

Test Material
Textile Fabrics

Temperature
15C~35C

Number of Specimens
1

Humidity
40%~85% RH

Specimen Size
200 x 25 mm

Type
Automatic

Material
Stainless Steel

Power
230V AC, 500W

Power Source
Electric

Dimension (L*W*H)
410 x 260 x 450 mm

Weight
18 kg

Usage
Laboratory Testing

Application
Textile Fabric Capillarity Testing

Measurement Accuracy
0.1 mm

Accessories Included
Measuring Ruler, Specimen Clips, User Manual

Package Type
Export Wooden Box Packaging

Control Mode
Digital Timer and Automatic Stop

Display
Digital LCD Display

Timer Range
0-99 minutes

Sample Placement
Spring Clamps Provided

Water Bath Material
Acrylic Transparent

Capillary Effect Tester Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
5-7 Days

About Capillary Effect Tester

Discover the Hot Deal on our renowned Capillary Effect Tester, engineered for world-class textile laboratories. Supplied directly from China's dominant exporter, this automatic instrument offers a Special Rate unmatched in the industry. With a transparent acrylic water bath, digital LCD display, and a measurement accuracy of 0.1 mm, it ensures fresh, reliable results every time. User-friendly with spring clamps and digital timer (0-99 minutes), it comes with essential accessories. Packed in export-grade wooden boxes, constructed in premium stainless steel, this durable tester is ideal for precise textile fabric capillarity analysis.

Versatile Usage of Capillary Effect Tester

Widely used by textile research institutes, quality assurance departments, and manufacturing units, the Capillary Effect Tester is tailored for laboratory testing. Specifically designed to evaluate textile fabric capillarity, the device delivers accurate results for one specimen at a time, using spring clamps and digital controls for seamless operation. From universities to industrial labs, its reliable measurements support fabric development, product evaluation, and research studies across the textile sector.

Certifications, Export Markets & Flexible Payments

Shipped with authentic certifications, our Capillary Effect Tester meets international quality standards demanded by dominant global markets. Delivered at the lowest price, this investment minimizes your laboratory expenditure while ensuring top-tier results. We export primarily to Asia, Europe, and the Middle East and accept flexible payment terms including TT and LC, providing buyers a secure, hassle-free acquisition. Each tester arrives securely packaged in an export wooden box for safe, damage-free delivery.

FAQ's of Capillary Effect Tester:

Q: How does the Capillary Effect Tester function during laboratory testing?

A: The tester measures the capillarity of textile fabrics by monitoring the vertical movement of a liquid through the specimen over a set period. With its digital timer and automatic stop feature, you can achieve consistent, precise results with minimal manual intervention.

Q: What accessories are included with the Capillary Effect Tester?

A: Each unit comes complete with a measuring ruler, specimen clips, and a user manual. This comprehensive accessory kit, combined with spring clamps for sample placement, ensures immediate operational readiness.

Q: When should I use the Capillary Effect Tester for textile fabrics?

A: It is ideal for use whenever you need to determine water absorption or spreading in textiles, such as research, product development, or quality control. Reliable for humidity ranges between 40% to 85% RH and temperatures from 15C to 35C.

Q: Where is the Capillary Effect Tester manufactured and exported from?

A: This world-class tester is designed, manufactured, and exported from China, ensuring global compliance and availability for customers worldwide.

Q: What is the benefit of the digital LCD display and automatic stop feature?

A: The digital LCD display provides clear, real-time test data, while the automatic stop ensures accuracy and prevents test overrun, saving operator time and reducing the potential for manual errors.

Tell us about your requirement