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Asuka Type A = for soft materials. Asuka Type D = for hard materials.
The Asker A and D type rubber and plastic hardness testers are used for measuring the hardness of various rubber and plastic materials (durometer hardness testing) and are manufactured in compliance with foreign standards and JIS standards (JIS K 6253, JIS K 7215, ASTM D 2240, ISO 868). For more details, please contact us or refer to the catalog.
Hardness can be measured by pressing three types of indenters against the material being tested. The corresponding material for each indenter varies.
Hardness can be measured by pressing three types of indenters against the material being tested. The corresponding materials for each type of indenter vary. Type A (truncated cone) is suitable for plastics and rubber, Type C (spherical) is for expanded polystyrene and sponge, and Type D (conical) is for hard rubber and flooring. The material being measured must be at least 6mm thick. It features a hold function and zero adjustment.
Hardness can be measured by pressing three types of indenters against the material being tested. The corresponding material for each indenter varies.
Hardness can be measured by pressing three types of indenters against the material being tested. The corresponding materials for each indenter type vary. Type A (truncated cone) is suitable for plastics and rubber, Type C (spherical) is for expanded polystyrene and sponge, and Type D (conical) is for hard rubber and flooring. The measurement target must be at least 6mm thick. It features a hold function and zero adjustment.
By tightening the handle, the measurement value (HW) will be displayed on the dial meter at the top of the product.
By tightening the handle, the measurement value (HW) is displayed on the dial meter at the top of the product. The included instruction manual also contains a conversion table that allows you to convert hardness (HW) to Rockwell E (HRE)/F (HRF) and Vickers hardness (HV).
Models with two pointers can hold the maximum value with the red pointer, allowing for comparisons of hardness, etc.
Models with two pointers allow the red pointer to hold the maximum value, making it possible to compare hardness, etc. By setting it on a dedicated stand (JLAC-J, JLD-J), the hardness tester can be fixed for measurement.
Models with two pointers allow for the red needle to hold the maximum value, making it possible to compare hardness, etc.
Models with two pointers allow the red pointer to hold the maximum value, making it possible to compare hardness, etc. By setting it on a dedicated stand (JLAC-J, JLD-J), the hardness tester can be fixed for measurement.
Models with two pointers allow for the red pointer to hold the maximum value, making it possible to compare hardness, etc.
Models with two pointers allow the red pointer to hold the maximum value, making it possible to compare hardness, etc. By setting it on a dedicated stand (JLAC-J, JLD-J), the hardness tester can be fixed for measurement.
Models with two pointers allow for the red pointer to hold the maximum value, making it possible to compare hardness, etc.
Models with two pointers allow the red pointer to hold the maximum value, making it possible to compare hardness, etc. By setting it on a dedicated stand (JLAC-J, JLD-J), the hardness tester can be fixed for measurement.
It is suitable for measuring the hardness of soft metals such as aluminum alloys, die-cast, copper, and soft steel.
This hardness tester can measure not only flat materials but also cylindrical samples such as drawn materials and tubes, due to the cylindrical shape of the anvil.
It is suitable for hardness measurement of soft metals such as aluminum alloys, die-cast, copper, and soft steel.
This hardness tester can measure not only flat materials but also cylindrical samples such as drawn materials and tubes, due to the cylindrical shape of the anvil.
It is suitable for measuring the hardness of soft metals such as aluminum alloys, die-cast, copper, and soft steel.
This hardness tester can measure not only flat materials but also cylindrical samples such as drawn materials and tubes, due to the cylindrical shape of the anvil.
There are three types of measurement terminals in the series.
Type A (truncated cone) corresponds to plastic and rubber, Type O (spherical) corresponds to expanded polystyrene and sponge, and Type D (conical) corresponds to hard rubber, flooring, etc.
There are three types of measurement terminals in the series.
Type A (truncated cone) corresponds to plastic and rubber, Type O (spherical) corresponds to expanded polystyrene and sponge, and Type D (conical) corresponds to hard rubber, flooring, etc.
The automatic centering sample stage can center multiple capsules simultaneously!
The "OSK 50CB Gelomat" is a fully automated tester that measures the strength and hardness of gelatin capsules, gel-like culture media, and foamed plastics. A centering sample stage can be customized to meet user needs. The manual centering sample stage accommodates capsules of various sizes and shapes. All products are carefully assembled and calibrated by skilled technicians. 【Features】 ■ Customizable centering sample stage to meet user needs ■ Manual centering sample stage accommodates capsules of various sizes and shapes ■ Automatic centering sample stage can center multiple capsules simultaneously ■ Standard equipped with a 10mm probe for measuring gelatin capsules ■ Optional measurement unit available for measuring gel-like samples *For more details, please refer to the PDF materials or feel free to contact us.
