This is a testing machine (Gale-style stiffness tester) used to evaluate the brittleness (bending resilience) of materials such as rigid paper, plastic film, and textiles.
- The Garle method primarily evaluates the stiffness (bending resilience) of materials such as stiff paper, plastic film, and textiles. - The test specimen is attached to the chuck of a movable arm, and a weight is attached to the pendulum for preparation. - The movable arm is rotated to the left or right at a specified speed, and after the lower end of the test specimen makes contact with the pendulum once, the scale is read when it separates from the pendulum again to calculate the rigidity. <Reference Standards> JIS-(L1018), L1085, L1096, TAPPI-T543 [Regarding Catalog Download] Please request the catalog from the related links below or by contacting us. *For products without a standalone catalog, please request the comprehensive catalog.
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■Test specimen: Width: 1/2″, 1″, 2″ Length: 1″, 1⋅1/2″, 2⋅1/2″, 3⋅1/2″, 4⋅1/2″ ■Chuck position: From the tip of the pendulum 1/2″, 1″, 1⋅1/2″, 2″, 2⋅1/2″, 3″, 3⋅1/2″, 4″ ■Arm rotation speed: 2 rpm ■Weights: 5 g, 25 g, 50 g, 200 g ■Load attachment position: From the fulcrum 1″, 2″, 4″ ■Scale RG: Left and right 0 to 8 (scale 0.2)
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At Yasuda Seiki Manufacturing, we guarantee quality through test data and are making steady efforts to create testing machines that solve various issues in quality control. Many of these conform to global standards and meet the essential requirements of the borderless era. Please utilize the innovative physical property testing machines from "YASUDA SEIKI" for your company's quality control and research and development.
