Hatfield, PA, June 18, 2016 --(PR.com
)-- An article entitled “Inspecting Plastics and Electronics with Conventional X-ray” by Jason Tucker, X-ray Supervisor at Laboratory Testing Inc. (LTI), was published in the June 2016 issue of Quality Magazine. The article explains that industrial radiography is no longer primarily a metal inspection process. There is a growing demand for Radiographic or X-ray Inspection from manufacturers and buyers who have “new” materials and products to inspect for information about flaws and features below the surface. The article discusses the value of using Radiographic Inspection to look for irregularities in plastic, silicone and rubber products, as well as in electronic components. Tucker also mentions unique uses for this inspection method, including inspecting paintings in search of hidden documents or to study underpainting layers for museum curators and archivists, as well as analyzing damaged components during fire investigations to determine the cause of the fire.
Radiographic Inspection is a Nondestructive Testing method which provides valuable information and quality assurance without compromising the integrity of the test piece. Manufacturers and buyers in the medical, aerospace, defense and many other industries rely on X-ray Inspection for verification. Manufacturers can gain information about the reliability of their production processes through inspection of completed parts. Radiography is also a trusted method of ensuring buyers that the products they are purchasing meet relevant specifications and industry standards.
In his article, Tucker further explains two types of industrial radiography that are available, Computed Radiography (CR) with digital results and Conventional Radiography (XR) using film. Images can be adjusted to increase contrast, control exposure, and zoom into areas of greater interest when using computed radiography. Extremely fine grain industrial film which produces a detailed high-quality image is used for conventional radiography. Both methods are offered by the X-ray Inspection Department at Laboratory Testing Inc. and have been used to inspect a range of samples made of metals, polymers and more.
Products and raw materials of varying shapes and sizes are inspected at LTI, including tubing, pipe, castings, weld plates, injection molding, circuit boards and batteries. Industrial radiography is performed to MIL and ASTM specifications, and certified NDT Level II and Level III technicians evaluate the digital and film images. The results of the inspection are provided to clients in Certified Test Reports. Other types of nondestructive testing services offered at LTI include ultrasonic, hydrostatic pressure and liquid penetrant testing, as well as magnetic particle and visual inspection.
About Laboratory Testing Inc. -- Laboratory Testing Inc. (LTI) of Hatfield, PA is a family-owned independent testing and metrology laboratory in business since 1984. The laboratory offers materials testing and analysis services including mechanical, chemical, metallurgical and corrosion testing, nondestructive testing, root cause failure analysis, calibration services, dimensional inspection and test specimen machining. All test and inspection results are provided in certified reports. The laboratory specializes in metal and polymer testing, but also analyzes powdered metals, ores, ferroalloys, composites and ceramics. LTI is accredited by the PRI Nadcap program in materials and nondestructive testing and by A2LA to ISO/IEC 17025 for mechanical, metallurgical and chemical testing, dimensional inspection and calibration services. LTI Metrology, a division of Laboratory Testing Inc., provides dimensional inspection services and NIST-traceable calibration services for measuring hand tools, masters and a wide-range of measuring instruments and equipment. On-site calibration, repairs, new instruments and replacement parts are offered. Information on Laboratory Testing services and accreditations is available at www.labtesting.com, firstname.lastname@example.org or 800-219-9095.