James Instruments Inc. is the leading manufacturer of non-destructive test equipment for concrete and other coarse grained materials. We supply the instruments that measure and analyse strength, structure, corrosion and moisture in concrete and more! Learn More. Material. Property. Industry.
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Contact USA (Toll free) : 800-426-6500 Local/Int: 773-463-6565 Fax : 773-463-0009 info@NDTjames.com EUROPE Phone: +31 (0)548 659032
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Sheet and Sheet Pack. Four types of sheet film package including interleaved, Non-interleaved, Envelopak, and Envelopak + Pb are available in most conventional sizes. Blue tint and sharper images make these products ideal for the most critical radiograph ic applications. Envelopak is a complete daylight package containing precut sheet film. Triple-layered packaging is water …
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James Instruments Inc. specialises in Non-Destructive Testing equipment for concrete and other construction materials. Central to the improvement of the construction infrastructure are tools that evaluate the condition of existing construction. Destructive and Non-Destructive Testing (NDT) techniques are applied.
Email: [email protected]
Phone: 04 265 7601
Location: 15B Street, Al Quoz 4, 81505, Dubai, UAE
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James Digital schmidt concrete test hammers, are available in “N” and “L” type. Specifications of James Digital Concrete Test Hammers: Use optional James Calibration Anvil (W-C-7312) to verify calibration of concrete test hammers. Calibration check is recommended frequently; usually after around 2000 strokes. Available kits, N-type:
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The Rebarscope ® from James Instruments, enables the user to not only locate reinforcement bars but also determine rebar depth and the rebar size. Is also capable of locating non-ferrous metals: such as copper, aluminum, some stainless steels, wire, and more. The eddy current sensor is specifically designed to react to the outer surface of the metal object.
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It may be the only method, when using remote viewing techniques, able to inspect internal component condition and it is probably the most widely used form of NDT, with other techniques still requiring an inspector to perform a visual inspection. Non-Destructive Testing (NDT) – Guidance Document: An Introduction to NDT Common Methods 10
Non-Destructive Testing (NDT) – Guidance Document: An Introduction to NDT Common Methods 2. Section 1 – Introduction. Non-destructive testing (NDT) is a mechanism used by engineers to detect defects in materials and structures, either during manufacturing or while in service.
Non-Destructive Testing (NDT) – Guidance Document: An Introduction to NDT Common Methods 17 n IFigure 3.13, probe A is a 0° compression probe and is unlikely to detect the crack because very little, if any, energy will be reflected back to the probe from the crack. Probe B is a 45° angle-beam shear wave probe and will easily detect the crack.
Section 5 – Eddy Current Testing Eddy current testing is a sophisticated method of non-destructive testing (NDT) in which shallow swirling electric eddy currents are introduced into a component, allowing the detection of surface and slightly sub-surface discontinuities. 5.1 Description of the method