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  •  China "The test met" GB Standards List:
  • Standard  Code GB Standard Title Standard Class Order
  • GB/T 35832-2018
  • Testing method of the abrasivity value of toothpastes The test met
    China National Standards
  • GB/T 19973.2-2018
  • Sterilization of medical devices—Microbiological methods—Part 2: Tests of sterility performed in the definition,validation and maintenance of a sterilization process The test met
    China National Standards
  • GB/T 36060-2018
  • Process control and testing methods on the water-based adhesives using in hardcover book binding production The test met
    China National Standards
  • GB/T 20485.33-2018
  • Methods for the calibration of vibration and shock transducers—Part 33: Testing of magnetic field sensitivity The test met
    China National Standards
  • GB/T 35804-2018
  • Rubber, vulcanized or thermoplastic-Resistance to ozone cracking-Test methods for determining the ozone concentration in laboratory test chambers The test met
    China National Standards
  • GB 34659-2017
  • Requirements and test methods relating to the spray-suppression systems of motor vehicles and their trailers The test met
    China National Standards
  • GB/T 34828-2017
  • Acoustics—Test methods for the qualification of free-field environments The test met
    China National Standards
  • GB/T 8117.4-2017
  • Rules for steam turbine thermal acceptance test—Part 4: Method D—Simplified performance test rules for steam turbine and its thermal cycle The test met
    China National Standards
  • GB/T 34824-2017
  • The test method of wind load resistance performance for screens of windows and doors The test met
    China National Standards
  • GB/T 34881-2017
  • Geometrical product specifications (GPS)—Guidelines for the evaluation of coordinate measuring machine (CMM) test uncertainty The test met
    China National Standards
  • GB/T 34898-2017
  • Micro electromechanical system technology—Test method for the nonlinear vibration of the MEMS resonant sensitive element The test met
    China National Standards
  • GB/T 34515-2017
  • Thermal balance test method for spacecraft The test met
    China National Standards
  • GB/T 34522-2017
  • Thermal vacuum test method for spacecraft The test met
    China National Standards
  • GB/T 34625-2017
  • Metallic and other inorganic coatings—Electrodeposited gold and gold alloy coatings for electrical, electronic and engineering purposes—Specification and test methods The test met
    China National Standards
  • GB/T 11108-2017
  • Test method for thermal diffusivity of hardmetal The test met
    China National Standards
  • GB/T 34437-2017
  • Test method of the oxygen permeability of the multilayer composite plastics pipe The test met
    China National Standards
  • GB/T 34641-2017
  • Non-destructive testing—Test method for determining image quality in direct thermal neutron radiographic examination The test met
    China National Standards
  • GB/T 34445-2017
  • Test method of hot-tack property for heat sealing surfaces of thermoplastic polymer and thermoplastic composite material The test met
    China National Standards
  • GB/T 3690-2017
  • Textile conveyor belts—Full thickness tensile strength,elongation at break and elongation at the reference load—Test method The test met
    China National Standards
  • GB/T 3250-2017
  • Shearing and riveting test method of wires and rods for the aluminum and aluminum-alloy rivets The test met
    China National Standards
  • GB/T 34407-2017
  • Test method for the wall thickness of plastic pipes by ultrasonic The test met
    China National Standards
  • GB/T 22517.4-2017
  • Technical requirements and test methods for sports fields—Part 4: Synthetic surface for basketball The test met
    China National Standards
  • GB/T 34273-2017
  • Coal based Fischer-Tropsch synthesis—Standard test method for calculated cetane index of distillate fuels—Four variable equation The test met
    China National Standards
  • GB/T 34261-2017
  • Optical film for polarizer—Test method for the anti-scratch The test met
    China National Standards
  • GB/T 34210-2017
  • Test method for determining the orientation of sapphire single crystal The test met
    China National Standards
  • GB/T 7676.9-2017
  • Direct acting indicating analogue electrical measuring instruments and their accessories—Part 9:Recommended test methods The test met
    China National Standards
  • GB/T 34184-2017
  • Test method for infrared refractive index of infrared optical glass—The deflection angle measurement The test met
    China National Standards
  • GB/T 34104-2017
  • Metallic materials—Verification of the alignment of testing machines The test met
    China National Standards
  • GB/T 4194-2017
  • Creep testing, high temperature treatment and metallographic examination of the tungsten wire The test met
    China National Standards
  • GB/T 33871-2017
  • Test method of total volatile organic compounds(TVOC), benzene and styrene in toner—Thermal desorption-chromatography The test met
    China National Standards
  • GB/T 18271.3-2017
  • Process measurement and control devices—General methods and procedures for evaluating performance—Part 3: Tests for the effects of influence quantities The test met
    China National Standards
  • GB/T 2522-2017
  • Methods of test for the determination of coating insulation resistance and coating adhesion of electrical strip and sheet The test met
    China National Standards
  • GB/T 15670.21-2017
  • Toxicological test methods for pesticides registration—Part 21: Unscheduled DNA synthesis (UDS) test with mammalian liver cells in vivo The test met
    China National Standards
  • GB/T 33877-2017
  • Non-destructive testing—Test method for comparing the brightness of fluorescent penetrants The test met
    China National Standards
  • GB/T 33929-2017
  • Test methods of the performance for MEMS high g accelerometer The test met
    China National Standards
  • GB/T 15670.22-2017
  • Toxicological test methods for pesticides registration—Part 22:DNA damage and repair/unscheduled DNA synthesis in mammalian cells in vitro The test met
    China National Standards
  • GB/T 33812-2017
  • Metallic material—Fatigue testing—Strain-controlled thermomechanical fatigue testing method The test met
    China National Standards
  • GB/T 33778-2017
  • RF technical requirements and testing methods for the wireless transceiver of video monitoring system The test met
    China National Standards
  • GB/T 13754-2017
  • Test methods of thermal output of heating radiators The test met
    China National Standards
  • GB/T 33843-2017
  • Test method for access network equipment—Passive optical network based on ethernet(EPON) The test met
    China National Standards
  • GB/T 33754-2017
  • The method of energy consumption test and calculation for oilfield production system The test met
    China National Standards
  • GB/T 18606-2017
  • The test method for biomarkers in sediment and crude oil by GC-MS The test met
    China National Standards
  • GB/T 33626.2-2017
  • Pneumatic lutricators—Part 2:Test methods to determine the main characteristics to be included in supplier's literature The test met
    China National Standards
  • GB/T 33569-2017
  • Test method of artificial weathering for coatings on exterior wood The test met
    China National Standards
  • NB/T 51069-2017
  • (Test Method for Thermal Safety of Polymeric Materials for Coal and Rock Reinforcement in Coal and Rock) The test met
    China Energy industry Standards
  • GB/T 33488.1-2017
  • Test method of pressure equipments of thermoplastics welded for chemicals—Part 1: General requirements The test met
    China National Standards
  • GB/T 33488.3-2017
  • Test method of pressure equipments of thermoplastics welded for chemicals—Part 3: Radiographic examination The test met
    China National Standards
  • GB/T 33488.2-2017
  • Test method of pressure equipments of thermoplastics welded for chemicals—Part 2: Visual examination The test met
    China National Standards
  • GB/T 33488.4-2017
  • Test method of pressure equipments of thermoplastics welded for chemicals—Part 4:Ultrasonic examination The test met
    China National Standards
  • GB/T 3857-2017
  • Test method for chemical resistance of glass fiber reinforced thermosetting plastics The test met
    China National Standards
  • QB/T 5070-2017
  • (Artificial leather - Synthetic leather - Test method - Determination of resistance to contamination) The test met
    China Light Industry Standards
  • QB/T 5068-2017
  • (Artificial leather - Synthetic leather - Test method - Determination of fogging property) The test met
    China Light Industry Standards
  • GB/T 35259-2017
  • Textiles—Tests for colour fastness—Method for the instrumental assessment of the colour inconstancy of a specimen with change in illuminant(CMCCON02) The test met
    China National Standards
  • GB/T 17280-2017
  • Standard test method for distillation of crude petroleum—15-theoretical plate column The test met
    China National Standards
  • GB/T 35762-2017
  • Textiles—Test method for thermal transmittance—Flat plate test The test met
    China National Standards
  • GB/T 35363-2017
  • Diesel fuel and petrol filters for vehicle engines—The test method for filtration efficiency and contaminant retention capacity—Method of particle counting The test met
    China National Standards
  • GB/T 35169-2017
  • Test method of weatherability for external thermal insulation composite systems of building The test met
    China National Standards
  • GB/T 24157-2017
  • Test methods of range and indication for the state of charge for electric motorcycles and electric mopeds The test met
    China National Standards
  • GB/T 6506-2017
  • Synthetic fibre—Test method for crimp contraction properties of textured filament yarns The test met
    China National Standards
  • GB/T 35392-2017
  • Non-destructive testing—Test method for determining electrical conductivity using the electromagnetic (eddy-current) method The test met
    China National Standards
  • GB/T 35239-2017
  • Test method of evaluating the clearance capacity of formaldehyde scavenger for wood-based panels and finishing products The test met
    China National Standards
  • GB/T 35160.5-2017
  • Test methods for agglomerated stone—Part 5:Determination of thermal shock The test met
    China National Standards
  • GB/T 20111.4-2017
  • Electrical insulation systems—Procedures for thermal evaluation—Part 4: Selection of the appropriate test method for evaluation and classification of electrical insulation systems The test met
    China National Standards
  • GB/T 35243-2017
  • Test method of evaluating the absorption property of formaldehyde absorption material for wood-based panels and finishing products The test met
    China National Standards
  • GB/T 34035-2017
  • Field test methods for thermocouples The test met
    China National Standards
  • GB/T 6505-2017
  • Man-made fiber—Test method for thermal shrinkage of filament yarns(after treatment) The test met
    China National Standards
  • GB/T 33393-2016
  • Footwear—Test methods for whole shoes—Measurement of thermal and water-vapour resistance under steady-state conditions The test met
    China National Standards
  • GB/T 10288-2016
  • Test method for down and feather The test met
    China National Standards
  • GB/T 33365-2016
  • Weld steel fabric for the reinforcement of concrete—Test methods The test met
    China National Standards
  • GB/T 33304-2016
  • Testing method of combustion characteristics of coal—Thermogravimetric analysis The test met
    China National Standards
  • GB/T 33302-2016
  • The test method of the emission of sulfur during coal combustion The test met
    China National Standards
  • GB/T 33296-2016
  • The technical requirements and test methods for shale gas The test met
    China National Standards
  • GB/T 5773-2016
  • The method of performance test for positive displacement refrigerant compressors The test met
    China National Standards
  • GB/T 33270-2016
  • Test method for the distortion on the worsted fabric after soaking in water The test met
    China National Standards
  • GB/T 31334.4-2016
  • Test methods for dipped canvas—Part 4:Hot air thermal shrinkage The test met
    China National Standards
  • GB/T 33207-2016
  • Non-destructive testing—Test method for the accumulation of oxide scale in the metal tube in service by magnetic testing The test met
    China National Standards
  • NB/SH/T 0940-2016
  • (Analysis of The test method (atomic emission spectrum, infrared spectrum, viscosity and laser particle counter) using a specific four-in-one tester) The test met
    China Energy industry Standards
  • FZ/T 50011-2016
  • Synthectic filament yarns. Test method for residual torque of false-twist textured yarns The test met
    China Textile & Garment industry Standards
  • FZ/T 50035-2016
  • Synthetic filament yarns. Test method for electric resistance The test met
    China Textile & Garment industry Standards
  • HG/T 5052-2016
  • (Test method for thermal shear failure temperature of hot - melt adhesives) The test met
    China Chemical Industry Standards
  • GB/T 32991-2016
  • Test method for density uniformity of mineral wool for thermal insulation The test met
    China National Standards
  • GB/T 17215.9321-2016
  • Electricity metering equipment—Dependability—Part 321: Durability testing of the stability of metrological characteristics by applying elevated temperature The test met
    China National Standards
  • GB/T 32981-2016
  • Test method for effective thermal conductivity of wall materials The test met
    China National Standards
  • DL/T 567.6-2016
  • (Methods of test for fuels used in thermal power plants - Part 6: Methods for determination of combustibles from fly ash and slag) The test met
    China Electricity & Power Standards
  • DL/T 955-2016
  • (Water and steam - Test methods for thermal power plants - Determination of copper and iron - Atomic absorption spectrophotometric method) The test met
    China Electricity & Power Standards
  • DL/T 567.9-2016
  • (Methods of test for fuel in thermal power plants - Part 9: Determination of carbon and hydrogen elements in fuels) The test met
    China Electricity & Power Standards
  • GB/T 503-2016
  • Determination of the gasoline octane number—Test method for motor octane number The test met
    China National Standards
  • GB/T 2972-2016
  • Test method for uniformity of zinc coating on zinc-coated steel wire by the copper sulphate dip The test met
    China National Standards
  • SJ/T 11586-2016
  • (The semiconductor device 10keV low-energy X-ray test method for total dose radiation) The test met
    China Electronics Standards
  • TB/T 3166-2016
  • (Diesel Locomotive thermal performance test bench method Xian) The test met
    China Railway & Train Standards
  • GB/T 24218.10-2016
  • Textiles—Test methods for nonwovens—Part 10: Lint and other particles generation in the dry state The test met
    China National Standards
  • GB/T 32609-2016
  • The physical parameters and test methods of tennis rackets and parts The test met
    China National Standards
  • GB/T 32598-2016
  • Textile—Tests for colour fastness—Method for the instrumental assessment of staining of adjiacent fabrics The test met
    China National Standards
  • GB/T 32608-2016
  • The physical parameters and test methods of badminton racket and parts The test met
    China National Standards
  • GB/T 3810.8-2016
  • Test methods of ceramic tiles—Part 8: Determination of linear thermal expansion The test met
    China National Standards
  • GB/T 3810.9-2016
  • Test methods of ceramic tiles—Part 9: Determination of resistance to thermal shock The test met
    China National Standards
  • YD/T 3037.2-2015
  • (Universal Integrated Circuit Card (UICC) and USB interface characteristics between the terminal test methods - Part 2: UICC) The test met
    China Telecommunication Standards
  • YD/T 3037.1-2015
  • (Universal Integrated Circuit Card (UICC) and USB interface characteristics between the terminal test methods - Part 1: Terminal) The test met
    China Telecommunication Standards
  • YD/T 3047-2016
  • (The mobile communication device parameters and test methods for saving the base station controller) The test met
    China Telecommunication Standards
  • SJ/T 11632-2016
  • (Silicon solar cell with The test method of micro - cracks) The test met
    China Electronics Standards

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