Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
271～285 item / All 1220 items
The evaluation is based on the wear reduction of the rubber test piece pressed against the surface of the abrasive paper wrapped around the circumference of the rotating drum.
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It is used to indicate the Rockwell hardness of materials such as plastic, measured by pressing a steel ball against the surface.
○Reference Standards: JIS B 7726, B7730, K 7202-2, Z2245, ASTM E18, D 785, ISO 6508-1, -2, -3, ISO 2039-2 ○Power Supply: AC100V, single phase, 2A (domestic), AC200-240V, single phase (overseas), 50/60Hz (selectable) ○Dimensions and Weight: W196×D487×H820mm, approximately 82kg ●For other functions and features, please refer to the catalog or contact us.
It is a testing machine that evaluates the hardness of a coating by pressing a pencil of known hardness against the coating film using the pencil hardness method.
Type NP is also compatible with the Clemens scratch hardness test for decorative boards.
Compact tabletop demarcation bending test machine
● It is a compact and space-saving tabletop model. ● It can test 12 specimens simultaneously. ● Consideration has been given to safety and noise reduction.
This is a testing machine for evaluating the creep properties of plastics.
●No weight replacement operation is required, and the load setting can be easily done by moving the weights on the lever using motor drive. ●The distance between the load lever and the lever cushioning base is automatically controlled, minimizing the load impact during specimen fracture.
This is a testing machine that reproduces the state in which thin paper, fibers, and films bend under their own weight to calculate the Clark's breakage (stiffness).
It reproduces the state when paper and fiber products bend under their own weight, automatically adjusts the protrusion length of the test specimen, and measures the critical length and stiffness.
It is a testing machine that evaluates the stiffness of ultra-thin materials such as films, measuring the resistance to collapse in a loop shape.
You can evaluate the strength of ultra-thin materials such as films.
This is a testing machine that evaluates the tear strength of materials such as plastic film, paper, and textiles using the Elmendorf method.
<Reference Standards> Paper: JIS P 8116 Plastic: JIS K 7128-2, ISO 6383-2 Fiber: JIS L 1096 (Please specify as the dimensions of the clamp will change)
The tear strength of materials such as paper, film, and fabric is measured by the loss of potential energy of a pendulum in the shape of a fan, and the calculation results are displayed digitally.
<Reference Standards> Paper: JIS P 8116 Plastic: JIS K 7128-2, ISO 6383-2 Textiles: JIS L 1096 (Please specify as the dimensions of the clamp will change)
It is used for heating deformation tests of electric wires and can test three samples simultaneously.
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In a testing machine that conducts aging tests of rubber materials in an ozone atmosphere, ultraviolet absorption method is used for concentration control.
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This is a testing machine for determining the thermal aging characteristics of vulcanized rubber and thermoplastic rubber.
To eliminate the effects of additive migration, aging tests will be conducted by heating within a glass tube.
It is a Gurley-type permeability tester used for measuring the permeability (air permeability) of materials such as paper.
This is a permeability testing machine (Gareden Someter) that automatically detects the drop speed of the pressurized cylinder and displays the time it takes for 100cc to pass (air permeability resistance) and the ISO permeability.
This is a testing machine for evaluating the air permeability of materials such as fabrics, non-woven fabrics, and filter paper.
The air flow rate is determined when a certain suction pressure (differential pressure) is applied to the test specimen, and the air permeability is calculated per unit time and per unit area to evaluate the air permeability characteristics of the material.
The drying level is evaluated by measuring the time until the surface of the printed ink no longer adheres.
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