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New JIS compliant durometer (conforming to JIS K 6253).
It is a hardness tester that quantifies and expresses the degree of hardness, whether hard or soft, of soft materials such as rubber.
Rubber and plastic hardness tester
●This is a durometer (rubber and plastic hardness tester) that quantifies and expresses the hardness level of soft materials such as rubber, indicating whether they are hard or soft. ●Compliant with JIS K 6253 ●This durometer complies with JIS K 6253 (new JIS). It consists of three types: Type A for medium hardness, Type D for high hardness, and Type E for low hardness. The central Type A tends to show values that are 1 to 2 points higher compared to the old JIS A-type hardness tester. Type D is suitable for hard rubber with a measurement value of 90 or above using Type A, while Type E is suitable for soft rubber with a measurement value of 20 or below using Type A. Additionally, Type A's MD15S-A719NT is specified in JIS A 1108 "Method for Compression Testing of Concrete" for the unbonded capping test. Furthermore, Type E is referred to as Type AO durometer in ISO 7619.
Rubber and plastic hardness tester
It is a durometer (rubber and plastic hardness tester) that quantifies and expresses the degree of hardness of soft materials such as rubber, indicating whether they are hard or soft.
Rubber and plastic hardness tester
It is a durometer (rubber and plastic hardness tester) that quantifies and expresses the degree of hardness of soft materials like rubber, indicating whether they are hard or soft.
Analog durometer for soft rubber (bench-type)
Although not specified in the standards, the hardness of materials such as soft rubber and foam sponge can be measured using the manufacturer's unique standards.
Analog hardness tester for thin sheet materials (static needle type)
Simple micro hardness tester for thin sheet hardness.
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.
Rubber and plastic hardness tester
It is a durometer (rubber and plastic hardness tester) that quantifies and expresses the degree of hardness of soft materials like rubber, indicating whether they are hard or soft.
Analog durometer for semi-hard rubber (bench-type)
It is a durometer (rubber and plastic hardness tester) that quantifies and expresses the degree of hardness of soft materials such as rubber, indicating whether they are hard or soft.
With simple handle operations, the hardness of the tablet can be measured. It complies with the United States Pharmacopeia (USP).
With simple handle operations, the hardness of the tablets can be measured. It complies with the United States Pharmacopeia (USP).
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.
