Showing results: 1 - 8 of 8 items found.
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MT91 Series -
Newage Testing Instruments, Inc.
The Newage MT91 System is an automatic microhardness testing system that uses the Rockwell method for the hardness result. Hardness is measured based on the depth of penetration rather than using an optical system to determine hardness based on the impression diameter.
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Rinch Industrial Co.,Limited
Shore hardness tester, also called durometer, we have Shore A hardness tester, Shore C hardness tester, Shore D hardess tester.shore A Hardness tester is designed to measure the penetration hardness of rubber, and other rubber like substances such as neoprene, silicone, and vinyl. It can also be used for soft plastics, felt, leather and similar materials.Shore D Hardness tester is designed for plastics, Formica, Epoxies and Plexiglas.shore C hardess tester is designed for various foam and sponge.Leeb hardness tester is for metal.
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PCE Instruments
The hardness tester products you will find at PCE Instruments (PCE) are used for determining surface hardness. Each hardness tester uses a standard method of measurement. The measuring principles of most hardness tester devices are based on either the penetration of a diamond indentor into the material being tested or a calculation related to the force of the rebound after striking the tested material. However, material hardness can also be measured accurately through ultrasonic testing. Each hardness testing method has its benefits and will allow for the precise measurement of material hardness in accordance with the technical specifications of the hardness testing instrument.
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IMADA, Incorporated
Mechanical puncture testers check the puncture resistance or hardness of materials like dry wall, foam boards, cardboard, etc. They are ideal for handheld penetration tests or mounting to a test stand and intrinsically safe in hazardous environments. An optional handle is available.
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HT-6510 -
Rinch Industrial Co.,Limited
Application: shore A is designed to measure the penetration hardness of rubber, elastomers and other rubber like substances such as neoprene, silicone, and vinyl. It can also be used for soft plastics, felt, leather and similar materials. Shore D is designed for plastics, Formica, Epoxies and Plexiglass. Application: shore C is designed for various foam and sponge.
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Dalian Taijia Technology Co.,Ltd
Digital durometer for shore hardness testing pocket size model with integrated probe● Test scale: shore hardness● Standards: DIN53505, ASTMD2240, ISO7619, JISK7215● Parameters displayed: hardness result, average value, max. value● Measurement range:0-100HA(HD)(HC)● Measurement deviation:＜1%H● Resolution: 0.1● Auto switch off● With RS232C interface● Operating conditions: 0℃ to 40℃● Power supply: 4x1.5V AAA (UM-4) battery● Battery indicator: low battery indicator● Dimensions: 162x65x38mm● Weight (not including probe):173g● Application:Shore A is designed to measure the penetration hardness of rubber, elastomers and other rubber like substances such as neoprene, silicone, and vinyl. It can also be used for soft plastics, felt, leather and similar materials.Shore D is designed for plastics, Formica, Epoxies and Plexiglass.shore C is designed for various foam and sponge.
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PCE Instruments
Penetrometers measure the firmness or hardness of fruit. Penetrometers are ideal for determining the best time to harvest fruit or to test its progress to maturity. The firmness of fruit is one of the most widely used parameters in testing its maturity, together with measuring the fruits sugar content using refractometers. Electronic penetrometers come with different diameter penetration points. This allows for fruit of different size and hardness to be tested. It is important that this first part of the measurement process is done correctly if the readings obtained are to be valid in making adequate decisions as to when the fruit should be harvested. It is important the the samples that are measured are representative of the entire crop, considering a sufficient minimum quantity sample, size and quality.
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Qualitest International Inc.
This category of products comprises the range of instruments utilized to evaluate construction material strength. The range of instruments is typically considered to be two parts. The first are non-destructive field tests of compressive strength. The second are tensile field tester systems to either determine the tensile strength of an overlay or bond material, or tensile strength of anchors embedded in the concrete. The first group is pure Non-Destructive Testing where the strength of the material is determined by correlation to another parameter more easily available and readily apparent. This is typically the hardness of the concrete or the resistance to penetration by either a pin or probe. The Windsor Probe, Windsor Pin and our line of Rebound Hammers all fall within this category. These are widely used standard tests and as such have seen use throughout the world.
