Industrial CT nondestructive testing standard professional third-party testing organization

Date：2022-04-06 15:36:15Views：1184

Industrial CT is a testing field rising in recent decades. Because of its nondestructive, intuitive, quantifiable and other advantages, it has been widely used in all walks of life, especially in the fields of automobile, aerospace, military, electronics, medical devices and so on. CT based defect analysis has been widely used today, such as castings, plastic parts and BGAs. Quickly, accurately and intuitively find the internal defects of the product (defect type, location, size, etc.), such as cracks, pores, porosity, inclusions and other defects, and analyze them to find the root cause of the defects, so as to improve the product performance and prolong the service life of the product.

In the Chinese standard classification, industrial CT involves basic standards and general methods, casting, metal nondestructive testing methods, radiation health protection, X-ray, magnetic particle, fluorescence and other flaw detection instruments, hot working process, engine overall, basic standards and general methods.

Testing procedures and standards (technical specification for industrial CT testing)

·GB / T 34365-2017 nondestructive testing terminology industrial computer tomography (CT) testing

·GB / T 29034-2012 industrial computer tomography (CT) guide for nondestructive testing

·GB / T 29070-2012 nondestructive testing general requirements for industrial computer tomography (CT) testing

· ASTM E1441-11 Standard Guide for Computed Tomography (CT) Imaging

· ASTM E1570-11 Standard Practice for Computed Tomographic (CT) Examination

System related standards (guidelines for industrial CT systems)

·GB / T 29068-2012 guide for selection of industrial computer tomography (CT) system for nondestructive testing

·GB / T 29069-2012 nondestructive testing industrial computer tomography (CT) system performance test method

· ASTM E1695-95-2013 Standard Test Method for Measurement of Computed Tomography (CT) System Performance

Test card (performance index test of industrial CT)

·GB / T 37121-2018 nondestructive testing crack test card for industrial computer tomography (CT) testing

·GB / T 35391-2017 nondestructive testing industrial computer tomography (CT) test card for spatial resolution

·GB / T 35386-2017 nondestructive testing density resolution test card for industrial computer tomography (CT) testing

·GB / T 37122-2018 nondestructive testing maximum detectable steel thickness test card for industrial computer tomography (CT) testing

Detection method (Industrial CT detection and defect analysis method for materials with different densities)

·GB / T 37166-2018 nondestructive testing - industrial computer tomography (CT) testing methods for composite materials

·GB / T 29067-2012 nondestructive testing industrial computer tomography (CT) image measurement method

·GB / T 29071-2012 nondestructive testing industrial computer tomography (CT) testing method for initiating explosive devices

·GB / T 35839-2018 nondestructive testing industrial computer tomography (CT) density measurement method

·GB / T 35390-2017 nondestructive testing ammunition density industrial computer tomography (CT) testing method

·GB / T 37158-2018 nondestructive testing industrial computer tomography (CT) testing method for maximum detectable steel thickness

·GB / T 36589-2018 industrial computer tomography (CT) testing of castings

·GB / T 36232-2018 nondestructive testing of welds - electron beam welded joints - industrial computer tomography (CT) testing method

· ASTM E1935-97-2013 Standard Test Method for Calibrating and Measuring CT Density

· ASTM E1814-96-2002 Standard Practice for Computed Tomographic（CT）Eexamination of Casting

National military testing and health protection standards

·GJB 5311-2004 Industrial CT system performance test method

·GJB 5312-2004 industrial radiographic tomography (CT) testing

· GBZ 175－2006 γ Radiological protection standard for X-ray Industrial CT

Industry testing standards

·HB 20118-2012 industrial ray tomography (CT) testing method for electron beam welded joints for Aeroengines

·HB 20117-2012 industrial ray tomography (CT) detection method for precision cast blade of Aeroengine

·QJ 3102-1999 Aerospace initiating explosive device γ X-ray Industrial CT inspection method

This article is introduced here. I hope it will be helpful to you! The testing fee of industrial CT is determined according to the material, size and testing demand of testing products. The reports of testing institutions that can directly give quotation are basically basic testing. Generally speaking, to estimate the testing speed and cost, it is generally necessary to communicate with the testing personnel in advance and provide the required workpiece information in order to roughly obtain the testing cost. Chuangxin testing is a professional testing organization for electronic components. At present, it mainly provides integrated circuit testing services such as capacitance, resistance, connector, MCU, CPLD, FPGA, DSP and so on. Specializing in functional testing of electronic components, incoming appearance testing of electronic components, anatomical testing of electronic components, acetone testing, X-ray scanning testing of electronic components and RoHS component analysis testing. Welcome to call, we will serve you wholeheartedly!