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Accurate material testing equipment to measure strength, durability, performance, and compliance across metals, plastics, packaging, coatings, and more.
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The United Testing Tru-Blue II is a bench-top Rockwell hardness tester in 10, 14, 18 and 20 inch vertical test heights - certified to ASTM E18 and ISO 6508, in service at NADCAP-approved heat treatment, fastener and aerospace component manufacturing facilities.
Carbide ball indenters:1/16, 1/8, ¼ and ½ inch. 2.5, 5 and 10mm.
Rockwell diamond indenters: Scales A, C, N and C/N combo indenters.
Several accessories are available for United's True Blue II Hardness Tester.
Hardness Anvils for the True Blue II Rockwell Hardness tester.
The Tru-Blue II mobile stand provides a sturdy base and makes it easy to move the tester from one location to another.
Reliable material testing is essential for understanding how your products perform under stress, strain, and real‑world conditions. From tensile and compression testing to hardness, impact, and flexural analysis, our instruments help you evaluate every critical property of your materials. Whether you’re working with metals, plastics, composites, packaging, or coatings, our solutions deliver precise, repeatable results across your entire workflow.
Explore our full range of material testing equipment to optimize quality control, reduce failures, and ensure your materials meet the highest industry standards.
Our material testing solutions are trusted across industries where strength, durability, and compliance are essential. Whether you’re validating raw materials, assessing product performance, or supporting R&D, our instruments deliver the accuracy your processes demand.
Our solutions are ideal for:
Manufacturers and laboratories worldwide rely on our material testing solutions to ensure product strength, durability, and compliance. Our experience spans every stage of material development — from raw material qualification and prototype evaluation to long‑term performance testing and regulatory validation.
We provide more than instruments; we share the insights that elevate your results. Our team has developed proven methodologies that support accurate mechanical testing, structural analysis, and material performance evaluation. Whether you’re improving product reliability, reducing defects, or validating new materials, we’re here to help you succeed.
Explore our in-depth resources to learn more:
Material testing is a handy way of describing the huge number of test and inspection processes that can be used to determine the properties of everything from metal to paper or plastics. It covers a huge swathe of different types of tests, all of which are designed to reveal important information about the properties of the material under examination.
Material testing is available for a huge number of different materials, from paper and packaging to inks and coatings. We also offer solutions for everything from films and plastics to wood, metals and composites.
Due to the massive number of materials that can be tested and the various properties to be evaluated, there are a huge number of different types of materials testing. Ranging from can inspection, to electronic equipment testing to hardness testing or impact testing, there are solutions to help you determine the fitness of a huge range of materials.
To know that a particular material can perform in a way that’s appropriate for its intended purpose, it’s essential that it has been fully tested to recognizable standards. That’s why the material testing equipment at Industrial Physics allows you to test to a wide range of internationally recognized testing standards, so you can be confident you’re meeting the demands of your industry.
Mechanical test accuracy can be affected by specimen preparation, grip alignment, strain measurement method, and machine calibration. Variations in sample geometry or loading rate can also impact results. Using standardized test procedures and properly calibrated equipment ensures consistent, repeatable mechanical performance data.
The correct test depends on your material type, expected use conditions, and regulatory requirements. Tensile tests measure strength and elongation, compression tests assess load‑bearing performance, and impact tests evaluate toughness. Matching the test method to your product’s real‑world environment ensures meaningful, actionable results.
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