The world’s first testing machine designed for “pure bending” measurements. It precisely measures the veritable “hardness” of hair strands, threads, paper, fabrics, and other materials. Leave a comment

Understanding the concept of “pure bending”: it’s a method used to measure bending rigidity without applying shear force (which arises due to gravity).

The bending testing machines available on the market measure the deflection caused by gravity.

Kato Tech’s pure bending tester is unique in its ability to measure bending rigidity, defined by consistent curvature distance, rate, force, and speed.

This bending formula was invented by Professor Sueo Kawabata at Kyoto University in the 1970s.
The intricate mechanical techniques to detect microscale areas, coupled with a unique algorithm correlating measurement data with sensory evaluation, collectively led to the creation of the pure bending tester.

Detection of these microscale forces relies on an internally crafted Torsion Wire. This wire plays a crucial role by twisting at a constant speed and detecting the bending properties.

(Picture1) Measurement process of the KES-FB2-SH single-bend testing machine, measuring the bending stiffness of a single thread.

Crafted meticulously for accuracy, our pure bending testers undergo expert adjustments to ensure consistent and reliable results. Each unit is rigorously verified and fine-tuned for a month, meeting our strict quality standards before shipping out. This precision sets us apart from others.

The FB2 series, installed across industries like textiles, cosmetics, and automotive, offers versatile and accurate measurements. From assessing hair softness to leather suppleness, paper texture, and towel feel, Kato Tech’s pure bending tester ensures precise measurements of material bending rigidity.

For more information about this product, please click here (KES-FB2-SH Single Fiber Bending Tester | KATO TECH CO., LTD. | Pioneer of Texture Testers and Electronic Measuring Instruments (keskato.co.jp))

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.