European Harmonized Standard Automotive Field Testing

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European Harmonized Standard Automotive Field Test List

• DIN EN 10130; Cold Rolled Low Carbon Steel Flats for Cold Forming - Technical Delivery Conditions
• DIN EN 1021 – 1; Cigarette Test
• DIN EN 1021-2; Match Flame Test
• DIN EN 1049-2; Number of Subjects
• DIN EN 1097-3; Loose Bld Density and Determination of Voids
• DIN EN 1103; Textiles - Clothing Fabrics - Detailed Procedure for Determining Combustion Behavior
• DIN EN 1122; Determination of Cadmium
• DIN EN 12087 Procedure 2; Determination of Water Absorption
• DIN EN 12127; Determination of Mass Per Unit Area
• DIN EN 12260 (H34)/TN(b) ; Nitrogen Determination
• DIN EN 12280 – 1 ; Procedure 1 - Heat Aging (With Heating Cabinet)
• DIN EN 12311 – 1 ; Tensile Properties
• DIN EN 12373 – 4; Pre-Acid-Treated Paint Spot Test
• DIN EN 12393 / BVL L; 00.00 – 48 – Gas Chromatographic Determination of Pesticide Residues
• DIN EN 12540 (Annex E); Cuts in Chrome Plates
• DIN EN 12720; Surface Resistance to Cold Liquids
• DIN EN 12766 ; ECD
• DIN EN 13130 ​​– 4; 1 3Butadiene Determination
• DIN EN 13130 ​​– 4; 1 3Butadiene Determination
• DIN EN 13274 – 4; (Method 3)
• DIN EN 13657 – 9.2; DIN EN 13346 – C (S7a) – Acid – determination of soluble elements
• DIN EN 1367 – 1 ; Determination of Freeze and Thaw Resistance
• DIN EN 14107; Oil and oil derivatives. Fatty acid methyl esters (FAME). Determination of phosphorus content by inductively coupled plasma (ICP) emission spectrometry.
• DIN EN 14111 ; Oil and oil derivatives. Fatty acid methyl esters (FAME). Determination of iodine value.
• DIN EN 14112 ; Fat and oil derivatives – Fatty Acid Methyl Esters (FAME) – Determination of oxidation stability (accelerated oxidation test)
• DIN EN 14207; Oil and oil derivatives. Fatty acid methyl esters (FAME). Determination of phosphorus content by inductively coupled plasma (ICP) emission spectrometry
• DIN EN 14288 – A ; Fogging Properties (Reflectometric)
• DIN EN 14288 – B; Fogging Characteristics (Gravimetric)
• DIN EN 14621; Test Methods for Textured and Non-Textured Filament Yarns
• DIN EN 1464 ; peel resistance
• DIN EN 1464 ; peel resistance
• DIN EN 1465; Pull Round - Shear Strength
• DIN EN 14704 – 1 ; Determination of Elasticity Strip Test
• DIN EN 14971; Determining the Number of Stitches
• DIN EN 15104 ; Solid biofuels. Determination of total carbon, hydrogen and nitrogen content. instrumental methods.
• DIN EN 15598 ; Stack Cycle Tear Resistance
• DIN EN 15977; Determination of Elongation and Permanent Deformation
• DIN EN 1604; dimensional stability
• DIN EN 1773; Width and Length Determination
• DIN EN 1811; Nickel Release
• DIN EN 1876 – 1; Low Temperature Bending Test
• DIN EN 1936 ; True Density Determination
• DIN EN 20105 – A02; ISO 105 – A02 – Gray scale to evaluate change in color
• DIN EN 20105 – A03; ISO 105 – A03 – Gray scale for evaluating painting
• DIN EN 20105-A02; Color Fastness of Textiles
• DIN EN 201105-A2; Color Fastness Test of Textiles
• DIN EN 20811; Hydrostatic Pressure Test
• DIN EN 22313; Wrinkle Relief Detection
• DIN EN 23270; Paints, Varnishes and Raw Materials – Temperatures and Humidities for Conditioning and Testing
• DIN EN 24920 / ISO 4920; Determination of Surface Wetting Resistance (Spray Test)
• DIN EN 25077; Determination of Dimensional Change in Washing and Drying
• DIN EN 28510 – 1; Peel Test
• DIN EN 29073 – 1, (ISO 9073 – 1 1989 – 07); Determination of Mass Per Unit Area
• DIN EN 29073-3; Determination of Tensile Strength and Elongation
• DIN EN 29865 / ISO 9865; Bundesmann Rain – Shower Test
• DIN EN 310; Bending Properties
• DIN EN 31092; Determination of Thermal and Water-Steam Resistance
• DIN EN 31092; Determination of Thermal and Water-Steam Resistance
• DIN EN 317; Swelling in Thickness After Immersion in Water
• DIN EN 322; Determination of Moisture Content
• DIN EN 323; Density Determination
• DIN EN 3665; Filiform Corrosion Resistance Test
• DIN EN 367; Determination of Heat Conduction in Flame Exposure
• DIN EN 3745-511; Aviation - Fiber optic lines for aircraft; Test methods – Part 511: wear cable reduced
• DIN EN 388 Para. 6.4; Penetration Force
• DIN EN 420 Para. 6.5; Water Vapor Absorption
• DIN EN 430; Determination of Mass Per Unit Area
• DIN EN 438 – 2 Para. 11th ; Abrasion Resistance
• DIN EN 60 (625 °C) ; Ignition Loss Determination
• DIN EN 60068 – 2 – 1, VDE 0468 – 2 – 1 ; cold storage
• DIN EN 60068 – 2 – 11; Salt Mist Test
• DIN EN 60068 – 2 – 14; Money. 7 - Testing Rapid Change of Temperature with Projected Transfer Time
• DIN EN 60068 – 2 – 2 ; VDE 0468 – 2 – 2 – Heat storage
• DIN EN 60068 – 2 – 30; Climate Cycle Test
• DIN EN 60068 – 2 – 52; IEC 68 – 2 – 52 – salt spray test
• DIN EN 60068 – 2 – 60; Flowing Mixed Gas Corrosion Test
• DIN EN 60068 – 2 – 70; IEC 68 – 2 – 70 – Abrasion Resistance (Abrex)
• DIN EN 60068 – 2 – 78; IEC 60068 – 2 – 78 – Humid heat steady state
• DIN EN 60068-2-70; Environmental testing – Part 2: Testing – Test Xb: Evaluation of the resistance of labels and text to abrasion from finger and hand friction
• DIN EN 60112 / VDE 0303 – 11 (IEC 60112); Determination of Comparative and Evidence Tracking Indexes
• DIN EN 60156 VDE 0370 – 5 ; Breakdown Voltage Determination (Insulation Oil)
• DIN EN 60243-2; Electrical strength of insulating materials - Test methods - Part 2: Additional requirements for DC voltage testing
• DIN EN 60247 VDE 0380 ; Relative Permeability Measurement
• DIN EN 60352-2; Corrigendum 1 Solderless connections – Part 2: crimping – General requirements, test methods and practical guide
• DIN EN 60352-3; Solderless connections - Part 3: Solderless accessible insulation displacement connections; General requirements, test methods and practical guide
• DIN EN 60512- 1-1; Connectors for electronic equipment - Tests and measurements - Part 1-1: General studies; Review 1a: Visual inspection
• DIN EN 60512-1; Connectors for electronic equipment - Tests and measurements - Part 1: General
• DIN EN 60512-10-4; Connectors for electronic equipment - Tests and measurements - Part 10-4: Impact tests (free components), static load tests (fixed components), endurance test and overload tests - Test 10d: Electrical overload (connectors)
• DIN EN 60512-11-1; Electromechanical components for electronic equipment – ​​Measurements and tests – Part 11: Climate tests; Part 1: Test 11a: Climate Impact
• DIN EN 60512-11-10; Connectors for electronic equipment – ​​Tests and measurements – Part 11-11: Climate tests; Review 11k: vacuum
• DIN EN 60512-11-11; Connectors for electronic equipment – ​​Tests and measurements – Part 11-11: Climate tests; Review 11k: vacuum
• DIN EN 60512-11-12; Connectors for electronic equipment - Tests and measurements - Part 11-12: Climate tests; Inspection 11m: Humid heat, cyclic
• DIN EN 60512-11-13; Connectors for electronic equipment - Tests and measurements - Part 11-13: Climate tests; Review 11n: Gas tightness, winding connections
• DIN EN 60512-11-2; Connectors for electronic equipment - Tests and measurements - Part 11-2: Climate tests; Review 11b: Combined review cooling, vacuum and wet heat
• DIN EN 60512-11-3; Connectors for electronic equipment - Tests and measurements - Part 11-3: Climate tests; Review 11c: Humid heat, steady
• DIN EN 60512-11-4; Connectors for electronic equipment - Tests and measurements - Part 11-4: Climate tests; Inspection 11d: Rapid temperature changes (two-chamber method)
• DIN EN 60512-11-6; Connectors for electronic equipment - Tests and measurements - Part 11-6: Climate tests;Test 11f: Corrosion, salt spray
• DIN EN 60512-11-9; Connectors for electronic equipment – ​​Tests and measurements – Part 11-9: Climate tests; Inspection 11i: Dry heat
• DIN EN 60512-1-2; Connectors for electronic equipment - Tests and measurements - Part 1-2: General studies; Inspection 1b: Dimensions and weight testing
• DIN EN 60512-1-3; Electromechanical components for electronic equipment – ​​Measurements and tests – Part 1: General studies; Chapter 3: Review of 1c: Conflicting contacts
• DIN EN 60512-13-1; Connectors for electronic equipment - Tests and measurements - part 13-1: Mechanical operational tests - test 13a: grip and release force
• DIN EN 60512-13-2; Connectors for electronic equipment - Tests and measurements - Part 13-2: Mechanical operating tests - inspection 13b: Gesamtsteck- and -ziehkraft
• DIN EN 60512-13-2; Corrigendum 1 Connectors for electronic equipment – ​​Tests and measurements – Part 13-2: Mechanical operating tests – review 13b: Gesamtsteck- and -ziehkraft
• DIN EN 60512-13-5; Connectors for electronic equipment - Tests and measurements - Part 13-5: Mechanical operational tests - inspection 13e: polarization and coding
• DIN EN 60512-13-5; Corrigendum 1 Connectors for electronic equipment - Tests and measurements - part 13-5: Mechanical operating tests - review 13e: polarization and coding
• DIN EN 60512-14-4; Connectors for electronic equipment - Tests and measurements - part 14-4: checks tightness - Test 14d: Waterproof
• DIN EN 60512-14-5; Connectors for electronic equipment - Tests and measurements - part 14-5: checks tightness - Test 14e: Low pressure diving
• DIN EN 60512-14-6; Connectors for electronic equipment - Tests and measurements - part 14-6: checks for tightness - Test 14f: surface tightness
• DIN EN 60512-14-7; Electromechanical components for electronic equipment – ​​Measurements and tests – Part 14: Tightness tests; Main Chapter 7: Test 14g: Leap
• DIN EN 60512-16-20; Electromechanical components for electronic equipment ultrasonic measurement and inspection test methods – Part 16: Mechanical tests on contacts and terminations; Main Section 20: Test 16t: tensile strength (wire connection with solderless connections)
• DIN EN 60512-19-3; Electromechanical components ultrasonic measurement and inspection test methods for electronic equipment – ​​Part 19: Chemical resistance testing; Part 3: Inspection of 19c: resistance to liquids
• DIN EN 60512-2-1; Connectors for electronic equipment – ​​Tests and measurements – Part 2-1: Electrical volume resistance tests; Inspection 2a: Contact resistance; millivolt method
• DIN EN 60512-2-2; Connectors for electronic equipment - Tests and measurements - part 2-2: test of electrical volume resistance - Test 2b: Contact resistance - with prescribed current
• DIN EN 60512-2-3; Connectors for electronic equipment – ​​Tests and measurements -part 2-3: testing of electrical volume resistance; Inspection 2c: variation of volume resistance
• DIN EN 60512-2-5; Connectors for electronic equipment - Tests and measurements - part 2-5: test of electrical volume resistance - Test 2e: Contact failure
• DIN EN 60512-2-6; Connectors for electronic equipment – ​​Tests and measurements -part 2-6: testing of electrical volume resistance; Inspection 2f: Contact resistance guard (protective)
• DIN EN 60512-3-1; Connectors for electronic equipment - Tests and measurements - part 3-1: Insulation Tests; Inspection 3a: Insulation resistance
• DIN EN 60512-4-1; Connectors for electronic equipment - Tests and measurements - part 4-1: Tests with voltage stress - 4a test Dielectric strength
• DIN EN 60512-4-3; Connectors for electronic equipment – ​​Tests and measurements – Part 4-3: Tests with tensile stress; Review 4c: Dielectric strength of pre-insulated crimped drums
• DIN EN 60512-5-1; Connectors for electronic equipment – ​​Tests and measurements - part 5-1: testing available capacity; Test 5a: increase in temperature
• DIN EN 60512-5-2; Connectors for electronic equipment – ​​Tests and measurements – Part 5-2: Current capacity tests; Review 5b: current carrying capacity (derating curve)
• DIN EN 60512-6-1; Connectors for electronic equipment - Tests and measurements -part 6-1: Dynamic stress tests; Inspection 6a: Smooth acceleration, centrifugal
• DIN EN 60512-6-2; Connectors for electronic equipment – ​​Tests and measurements – Part 6-2: By dynamic stress tests; Exam 6b: Multiplication
• DIN EN 60512-6-3; Connectors for electronic equipment – ​​Tests and measurements – Part 6-3: By dynamic stress tests; Inspection 6c: Shock (single shock)
• DIN EN 60512-6-4; Connectors for electronic equipment – ​​Tests and measurements – Part 6-4: By dynamic stress tests; Inspection 6d: Vibration (sinusoidal)
• DIN EN 60512-6-5; Electromechanical components for electronic equipment ultrasonic measurement and inspection procedures – Part 6: Dynamic stress inspection; Part 5: 6e test: Random vibration
• DIN EN 60512-9-3; Corrigendum 1 Connectors for electronic equipment – ​​Tests and measurements – Part 9-3: Endurance tests – Test 9c: Mechanical operation with electric load (locking / disconnection) (test with resistive lamp load only)
• DIN EN 60695 – 2 – 11 ; VDE 0471 – 2 – 11 (IEC 60695 – 2 – 11) – Glow Wire Test
• DIN EN 60695 – 2 – 12; VDE 0471 – 2 – 12 (IEC 60695 – 2 – 12) – Glow Wire Flammability Index (GWFI)
• DIN EN 60695 – 2 – 13; VDE 0471 – 2 – 13 (IEC 60695 – 2 – 13) – Glow Wire Ignition Temperature (GWIT)
• DIN EN 60811-1-1; Insulator and sheath materials of electrical and optical cables - Common test methods - Part 1-1: General practice; Measurement of thickness and overall dimensions; Method of determining mechanical properties
• DIN EN 60811-1-2; Insulator and sheath materials of electrical and optical cables - Common test methods - Part 1: General practice; Part 2: Thermal aging
• DIN EN 60811-1-3; Insulator and sheath materials of electrical and optical cables - Common test methods - Part 1-3: General practice; Density determination, water absorption tests, Shrinkage tests
• DIN EN 60811-1-4; Insulator and sheath materials of electrical and optical cables - Common test methods - Part 1-4: General practice; Low temperature tests
• DIN EN 60811-3-1; insulator and sheath materials of electrical and optical cables - Common test methods - Part 3-1: Methods specific to PVC compounds; pressure test, crack resistance test
• DIN EN 60811-3-2; Insulator and sheath materials of electrical and optical cables - Common test methods - Part 3-2: Methods specific to PVC compounds - Investigation of mass loss - Thermal stability test
• DIN EN 60811-4-1; Insulator and sheath materials of electrical and optical cables - Common test methods - Part 4-1: Methods specific to polyethylene and polypropylene compounds - Stress cracking - Measurement of melt flow index - Carbon black and/or mineral filler by direct combustion in polyethylene - Thermogravimetric analysis (TGA) measurement of the carbon black content with – evaluation of the carbon black distribution in polyethylene using a microscope
• DIN EN 60811-4-2; Insulator and sheath materials of electrical and optical cables - Common test methods - Part 4-2: Methods specific to polyethylene and polypropylene compounds - Breaking strength and elongation after high temperature conditioning - Winding test after high temperature conditioning - After-wrapping test thermal aging in air - mass increase measurement – ​​long-term (life) test – Test method for copper-oxygen aging effect
• DIN EN 62321/VDE 0042 – 1 (closed container/microwave); Determination of Total Content of Selected Elements by Atomic Emission Spectrometer (Icp – Oes)
• DIN EN 62321/VDE 0042 – 1 Annex A; Determination of polybrominated biphenyls/polybrominated diphenyl ethers in polymers by GC – MS
• DIN EN 62321/VDE 0042 – 1 Annex C; Determination of Chromium (Vi)
• DIN EN 62321/VDE 0042 – 1 part 7 ; (Closed Container/Microwave) – Determination of Mercury in Polymer Metals and Electronics
• DIN EN 660 – 1 ; Wear Resistance (Stuttgart Test)
• DIN EN 71 – 11 Para. 5.8; Determination of Phosphate
• DIN EN 71-2; flammability
• DIN EN 71-3; Migration of Some Elements
• DIN EN 717 – 1; Formaldehyde Emission by Chamber Method
• DIN EN 717-2; Formaldehyde Release by Gas Analysis Method
• DIN EN 717-3; Determination of Formaldehyde by Acetylacetone Method – Photometrische Bestimmung Analog
• DIN EN 827 ; Determination of Conventional Solids Content and Constant Mass Solids Content
• DIN EN 863; Puncture resistance
• DIN EN 903 (H24) ; Determination of Anionic Surfactants
• DIN EN 933 – 1 ; Determination of Particle Size Distribution
• DIN EN 933 – 4; Determination of Particle Shape – Shape Index
• DIN EN 933 – 5; Determination of Percentage of Crushed and Broken Surfaces in Coarse Aggregate Particles
• DIN EN 986 ; Dimensional Change
• DIN EN ISO 105 – A04; Instrumental Evaluation of the Degree of Staining of Adjacent Fabrics
• DIN EN ISO 105 – A05; Instrumental Evaluation of Color Change
• DIN EN ISO 105 – A06; Instrumental Determination of 1/1 Standard Color Depth
• DIN EN ISO 105 – B02 (procedure 1) ; Color Fastness to Artificial Light
• DIN EN ISO 105 – B02 (procedure 2) ; Color Fastness to Artificial Light
• DIN EN ISO 105 – B02 (procedure 3) ; Color Fastness to Artificial Light
• DIN EN ISO 105 – B02 (procedure 4) ; Color Fastness to Artificial Light
• DIN EN ISO 105 – B02 (procedure 5); Color Fastness to Artificial Light
• DIN EN ISO 105 – B04 (procedure 1) ; Color Fastness to Artificial Weathering
• DIN EN ISO 105 – B04 (procedure 2) ; Color Fastness to Artificial Weathering
• DIN EN ISO 105 – B04 (procedure 3) ; Color Fastness to Artificial Weathering
• DIN EN ISO 105 – B06 (Exp. no. 3); According to Bst 90°C – Light Fastness
• DIN EN ISO 105 – B06 (Exp. Nr. 3) ; Hla Acc. Bst to 90°C – Aging Test (Multiple Exposure)
• DIN EN ISO 105 – B06 (Exposure condition no. 1); speed of light
• DIN EN ISO 105 – B06 (Exposure condition no. 2); speed of light
• DIN EN ISO 105 – B06 (Exposure condition no. 3); speed of light
• DIN EN ISO 105 – B06 (Exposure condition no. 4); Hla – Aging Test (Multiple Exposure)
• DIN EN ISO 105 – B06 (Exposure condition no. 5); speed of light
• DIN EN ISO 105 – C01; Color Fastness to Wash Test 1 (at 40°C)
• DIN EN ISO 105 – C02; Color Fastness to Wash Test 2 (at 50°C)
• DIN EN ISO 105 – C03; Color Fastness to Wash Test 3 (at 60°C)
• DIN EN ISO 105 – C04; Color Fastness to Wash Test 4 (at 95°C)
• DIN EN ISO 105 – C05; Color Fastness to Wash Test 1 (at 95°C)
• DIN EN ISO 105 – C06; Color Fastness Against Domestic and Commercial Laundering
• DIN EN ISO 105 – C08; Color Fastness Against Domestic and Commercial Laundering
• DIN EN ISO 105 – C10; Color Fastness to Washing with Soap or Soap and Soda
• DIN EN ISO 105 – C12 ; Color Fastness to Industrial Washing
• DIN EN ISO 105 – D01; Color Fastness to Dry Cleaning
• DIN EN ISO 105 – D02; Color Fastness to Rubbing Organic Solvents
• DIN EN ISO 105 – E01; Color Fastness to Water
• DIN EN ISO 105 – E02; Color Fastness to Sea Water
• DIN EN ISO 105 – E03; Color Fastness to Chlorinated Water
• DIN EN ISO 105 – E04; Heavy Metals in Acidic Sweat Extract
• DIN EN ISO 105 – E04 (acid) ; Color Fastness Perspiration (Acid)
• DIN EN ISO 105 – E04 (acid) ; Color Fastness Perspiration (Acid)
• DIN EN ISO 105 – E04 (alkaline); Color Fastness Perspiration (Alkaline)
• DIN EN ISO 105 – E04 (alkaline); Color Fastness Perspiration (Alkaline)
• DIN EN ISO 105 – E05; Color Fastness Against Staining – Acid
• DIN EN ISO 105 – E06; Color Fastness Against Staining – Alkaline
• DIN EN ISO 105 – E07; Color Fastness Against Staining – Water
• DIN EN ISO 105 – E08; Color Fastness to Hot Water (70°C)
• DIN EN ISO 105 – E09; Color Fastness to Pot
• DIN EN ISO 105 – E10; Color Fastness
• DIN EN ISO 105 – E12; Color Fastness to Alkaline Milling
• DIN EN ISO 105 – E13; Color Fastness to Acid – Felt (Severe)
• DIN EN ISO 105 – E14; Color Fastness to Acid – Felt (Light)
• DIN EN ISO 105 – N01; Color Fastness to Bleach Hypochlorite
• DIN EN ISO 105 – N02; Color Fastness to Peroxide Bleach
• DIN EN ISO 105 – N03; Color Fastness to Bleach Sodium Chlorite (Light)
• DIN EN ISO 105 – N04; Color Fastness to Bleach Sodium Chlorite (Severe)
• DIN EN ISO 105 – P01; Color Fastness to Dry Heat (Excluding Press)
• DIN EN ISO 105 – X01; Color Fastness to Carbonization of Aluminum Chloride
• DIN EN ISO 105 – X02; Color Fastness to Carbonized Sulfuric Acid
• DIN EN ISO 105 – X04; Mercerized Color Fastness
• DIN EN ISO 105 – X05; Color Fastness to Organic Solvents
• DIN EN ISO 105 – X11; Color Fastness to Hot Press
• DIN EN ISO 105 – X12; Color Fastness to Rubbing
• DIN EN ISO 105 – X18; Yellowing with Phenols
• DIN EN ISO 105-A01; Color Fastness of Textiles
• DIN EN ISO 105-B06; Color Fastness at High Temperatures and Aging to Artificial Light
• DIN EN ISO 105-X12 ; Textiles – Color fastness tests – Part X12: Color fastness to rubbing
• DIN EN ISO 105-X12 ; Color Fastness to Rubbing
• DIN EN ISO 1133 – 1; Determination of Melt Flow Behavior
• DIN EN ISO 1133 – 2 – B; Procedure B Procedure for Measuring Distance Length (Method for Time Sensitive Materials - Temperature History and/or Humidity)
• DIN EN ISO 1133 – A ; Melt Mass by Mass Determination - Flow Rate Determination (Method A)
• DIN EN ISO 1133 – B; Determination of Melt Mass - Flow Rate by Flow Measurement Length (Method B)
• DIN EN ISO 11339; Separation Test (Peel Test)
• DIN EN ISO 11341; Paints and Varnishes - Artificial Weathering and Artificial Radiation Exposure - Filtered Xenon-Arc Radiation Exposure
• DIN EN ISO 1134-1; Artificial Weathering
• DIN EN ISO 11341. (Procedure 1) ; Artificial Weathering
• DIN EN ISO 11348 – 2 (L34); Determination of Vibrio Fischeri's Inhibition of Water Samples in Light Emission (Luminescent Bacteria Test)
• DIN EN ISO 11357; Differential scanning calorimetry (DSC)
• DIN EN ISO 11369; (F12)
• DIN EN ISO 11369; (F12);
• DIN EN ISO 11501; Measuring Dimensional Change
• DIN EN ISO 11640; Color Fastness (Veslik Wear)
• DIN EN ISO 11641; Color Fastness to Sweat
• DIN EN ISO 11642; Color Fastness to Water
• DIN EN ISO 11643; Color Fastness to Drying – Cleaning Solutions
• DIN EN ISO 11644; Finish Adhesion Test
• DIN EN ISO 11644; Finish Adhesion Test
• DIN EN ISO 11664 – 4; Color measurement (CIELAB)
• DIN EN ISO 1172 – A; Ignition Residue
• DIN EN ISO 1172 – B/HCl; Ignition Residue
• DIN EN ISO 1183 – 1 (Method A); Immersion Method) – Density
• DIN EN ISO 1183 – 1 (Method B; Liquid Pycnometer) – Density Determination
• DIN EN ISO 1183 – 3; (Gas – Pycnometer – Verfahren) – Density Determination
• DIN EN ISO 1183-1A; Intensity
• DIN EN ISO 11909; Determination of Polyisocyanate
• DIN EN ISO 11997 – 1 cycle B ; Corrosion Test
• DIN EN ISO 11997-1; Paints and Varnishes - Determination of Resistance to Cyclic Corrosion Conditions - Part 1: Wet (Salt Fog)/Dry/Moisture
• DIN EN ISO 12185; Density Determination
• DIN EN ISO 12570; Determination of Moisture Content
• DIN EN ISO 12625 – 8; Water – Absorption and Water – Absorption Capacity
• DIN EN ISO 12945 – 1; The Pilling Box Method
• DIN EN ISO 12945-2; Modified Martindale Method
• DIN EN ISO 12947-2; Sample Distribution Determination
• DIN EN ISO 12947-3; Determination of Mass Loss
• DIN EN ISO 12947 – 4; Evaluation of Appearance Change
• DIN EN ISO 13934 – 1; Tensile Properties (Strip Method)
• DIN EN ISO 13934-2; Tensile Properties (Grip Method)
• DIN EN ISO 13935 – 1; Stitch Tensile Properties (Strip Method)
• DIN EN ISO 13935 – 2; Stitching Properties (Grip Method)
• DIN EN ISO 13936 – 1; Slip Resistance (Fixed Seam Opening Method)
• DIN EN ISO 13936 – 2; Shear Strength (Constant Load Method)
• DIN EN ISO 13937 – 1; Determination of Tear Force Using the Ballistic Pendulum Method (Elmendorf)
• DIN EN ISO 13937-2; Determining the Tear Force of Trousers – Shaped Test Samples
• DIN EN ISO 13937-3; Determination of the Tearing Force of the Wing – Shaped Test Specimens
• DIN EN ISO 13937-2; Tear Strength
• DIN EN ISO 13938 – 2; Determination of Bursting Strength and Burst Distension (Pneumatic Method)
• DIN EN ISO 14125; (Method A) – Determination of Flexural Properties Three-Point Bending Test
• DIN EN ISO 14125; (Method B) – Determination of Flexural Properties Four-Point Flexural Test
• DIN EN ISO 14130; Determination of Shear Strength Between Visible Layers (Short - Beam Method)
• DIN EN ISO 14184 – 1; Formaldehyde Concentration (Water Extraction Method)
• DIN EN ISO 1421; Tensile Properties
• DIN EN ISO 14268; Water Vapor Permeability
• DIN EN ISO 14402; (H37)
• DIN EN ISO 14403; (D6)
• DIN EN ISO 14419; (DBL 5463 4.12) – Hydrocarbon resistance test
• DIN EN ISO 14419; Hydrocarbon Resistance Test
• DIN EN ISO 1456 (Annex B); Determination of Film Thickness
• DIN EN ISO 1463; Metallic and oxide coatings – Measurement of coating thickness – Microscopic method
• DIN EN ISO 1463; Coating Thickness Measurement (Microscopic Method)
• DIN EN ISO 15088; NOCH NICHT ÜBERSETZT
• DIN EN ISO 1518; scratch test
• DIN EN ISO 15487; Self – Flatness Behavior
• DIN EN ISO 15700; Color Fastness to Water Stains
• DIN EN ISO 15702; Color Fastness to Machine Washing
• DIN EN ISO 16000 – 5; DIN ISO 16000 – 6 VDI 4300 – 6 – Sampling of volatile organic compounds (VOCs)
• DIN EN ISO 16017 – 1; Analysis of Volatile Organic Compounds by Sorbent Tube / Thermal Desorption / Capillary Gas Chromatography (Pump Sampling)
• DIN EN ISO 16017-2; Sampling and Analysis of Volatile Organic Compounds (Extensive Sampling)
• DIN EN ISO 1628 – 1; Determination of Viscosity Number
• DIN EN ISO 16925; Pressurized Water Resistance – Spraying
• DIN EN ISO 17070; Determination of Pentachlorophenol Content
• DIN EN ISO 17075; Determination of Chromium(Vi) Content
• DIN EN ISO 17076 – 1; Abrasion Resistance (Taber Method)
• DIN EN ISO 17186; Surface Coating Thickness (Microscopic Method)
• DIN EN ISO 17186; Surface Coating Thickness (Microscopic Method)
• DIN EN ISO 17226 – 1; Determination of formaldehyde content (HPLC)
• DIN EN ISO 17226 – 2; Determination of Formaldehyde Content (Method Using Colorimetric Analysis)
• DIN EN ISO 17294 - 2 (E29); Inductively Coupled Plasma Mass Spectrometry
• DIN EN ISO 17353 – F13 (Mode for Solids) ; Determination of Organic Tin Compounds
• DIN EN ISO 175; plastics - Test method for determining behavior towards liquid chemicals
• DIN EN ISO 178; Bending Properties
• DIN EN ISO 178; Bending Properties
• DIN EN ISO 178,(Tested in the Adjustment Chamber; In the Cold);Bending Properties
• DIN EN ISO 178,(Tested in the Adjustment Chamber; In the Cold);Bending Properties
• DIN EN ISO 178,(Test in a Tempering Chamber; At Heat);Bend Properties
• DIN EN ISO 178,(Test in a Tempering Chamber; At Heat);Bend Properties
• DIN EN ISO 17872; Paints and Varnishes - Guidelines for Applying Scratch Marks on Coatings on Metallic Panels for Corrosion Testing
• DIN EN ISO 17892 – 1; Oven Dry (105 °C)
• DIN EN ISO 179 – 1; (Charpy Impact Resistance Notched) – Determination of Notched Charpy Impact Properties
• DIN EN ISO 179 – 1; (Charpy Impact Resistance) – Determination of Charpy Impact Properties
• DIN EN ISO 179 – 1/1eA; (Charpy Impact Resistance Notched) – Determination of Notched Charpy Impact Properties
• DIN EN ISO 179 – 1/1eB; (Charpy Impact Resistance Notched) – Determination of Notched Charpy Impact Properties
• DIN EN ISO 179 – 1/1eC; (Charpy Impact Resistance Notched) – Determination of Notched Charpy Impact Properties
• DIN EN ISO 179 – 1/1eU; (Charpy Impact Resistance) – Determination of Charpy Impact Properties
• DIN EN ISO 179 – 1/1fU; (Charpy Impact Resistance) – Determination of Charpy Impact Properties
• DIN EN ISO 1798; Tensile Properties
• DIN EN ISO 180/A; (Izod Impact Resistance Notched) – Determination of Notched Izod Impact Properties
• DIN EN ISO 180/B; (Izod Impact Resistance Notched) – Determination of Notched Izod Impact Properties
• DIN EN ISO 180/U; (Izod Impact Strength) – Determination of Unnotched Izod Impact Properties
• DIN EN ISO 1833 – 11; Method Using Sulfuric Acid
• DIN EN ISO 18412 (D40); DIN EN ISO 11885 (E22) – Determination of Chromium (VI)
• DIN EN ISO 1856; compression set
• DIN EN ISO 1856 – A; ISO 1856 – A – Compression set to 70°C
• DIN EN ISO 1856 – B; Compression Set at Standard Conditioning Temperature
• DIN EN ISO 1856 – C; Compression Set in Specially Defined Conditions
• DIN EN ISO 18857 – 1; Determination of Selected Alkylphenols
• DIN EN ISO 1923; Determination of Linear Dimensions
• DIN EN ISO 1924-2; Determination of Tensile Properties
• DIN EN ISO 1973; Linear Density Determination (Gravimetric Method)
• DIN EN ISO 1973; Linear Density Determination (Vibroscope Method)
• DIN EN ISO 2039 – 1; Determination of Hardness Ball Indentation Method
• DIN EN ISO 2039-2; Rockwell Hardness Determination
• DIN EN ISO 20567 – 1; Stone Chip Strength (Multiple Impact Test)
• DIN EN ISO 20567-1; Paints and varnishes – Chip resistance of coatings – Part 1: Multiple impact testing
• DIN EN ISO 20567-1; Paints and varnishes – Chip resistance of coatings – Part 1: Multiple impact testing
• DIN EN ISO 2060; Determination of Linear Density by Skein Method
• DIN EN ISO 2061; Determination of Twist in Yarns – Direct Counting Method
• DIN EN ISO 2062; Tensile Properties
• DIN EN ISO 21227-3; Paints and Varnishes – Evaluating Defects on Coated Surfaces Using Optical Imaging – Part 3: Evaluating Delamination and Corrosion in a Printer Environment
• DIN EN ISO 2177; Measurement of Coating Thickness – Coulometric Method with Anodic Dissolution
• DIN EN ISO 22088 – 3; Exterior Fiber Per Tensile / Tensile Strength Cracking Twisted Strip Method
• DIN EN ISO 22088-3; Determination of resistance to environmental stress cracking (ESC) – Part 3: Bend strip method
• DIN EN ISO 2286 – 2; Determining the Total Mass per Unit Area Mass of the Unit Area of ​​the Pavement and the Mass of the Unit Area of ​​the Surface
• DIN EN ISO 2286 – 3; Thickness Determination
• DIN EN ISO 23910; Seam Tear Resistance
• DIN EN ISO 2409; Paints and varnishes – Cross cut test
• DIN EN ISO 2409; Cross Cut Test
• DIN EN ISO 2409; Cross Cut Test
• DIN EN ISO 2409; Paints and Varnishes – Cross Cut Test
• DIN EN ISO 2411; Coating Adhesion Determination
• DIN EN ISO 2420; Determination of Apparent Density
• DIN EN ISO 2431; Paints and varnishes - Determination of flow time using flow cups
• DIN EN ISO 2440 (Dry heat aging) ; Accelerated Aging Test
• DIN EN ISO 2440 (moisture aging); Accelerated Aging Test
• DIN EN ISO 2589; Thickness Determination
• DIN EN ISO 26082; Contamination and Cleanability with Modified Martindale Method
• DIN EN ISO 2719; (AFTERNOON)
• DIN EN ISO 2808; Paints and varnishes - Determination of film thickness
• DIN EN ISO 2808 – 6A (ISO 2808 – 6A); Determination of Film Thickness – Microscopic Examination of the Section
• DIN EN ISO 2808 – 7C (ISO 2808 – 7C); Determination of Film Thickness – Magnetic – Principle of Induction
• DIN EN ISO 2810; Paints and Varnishes - Natural Weathering of Coatings - Exposure and Evaluation
• DIN EN ISO 2811 – 1; Density Determination (Pycnometer)
• DIN EN ISO 2811 – 2; Density Determination (Immersed Body Method)
• DIN EN ISO 2812 – 3; Resistance to Liquids - Method Using an Absorbent Media
• DIN EN ISO 2812 – 4; Resistance to Liquids – Staining Methods
• DIN EN ISO 2812-1; Paints and varnishes - determination of resistance to liquids - Part 1: Immersion in liquids other than water
• DIN EN ISO 2812-3; Resistance to Chemicals
• DIN EN ISO 2812-4; Resistance to Chemicals
• DIN EN ISO 2813; Gloss Measurement
• DIN EN ISO 2813; Gloss Measurement
• DIN EN ISO 2818; Grinding Sample Preparation
• DIN EN ISO 2818; Saw Sample Preparation
• DIN EN ISO 294-4; Injection Molding of Test Samples of Thermoplastic Materials (Mold Pull Detection)
• DIN EN ISO 3037; Determining Edgewise Crush Resistance
• DIN EN ISO 306; Vicat Softening Temperature
• DIN EN ISO 307; Determination of Viscosity Number
• DIN EN ISO 3071; Determination of Ph Value
• DIN EN ISO 3104; Test methods for petroleum and its products. Petroleum products. Transparent and opaque liquids. Determination of kinematic viscosity and calculation of dynamic viscosity.
• DIN EN ISO 3146 – C2; Determination of melting behavior (DSC)
• DIN EN ISO 3175 – 2; Dry Cleaning and Finishing (Tetrachloroethene Procedures)
• DIN EN ISO 32100; Flexural Resistance (Flexometer Method)
• DIN EN ISO 3231; Corrosion Resistance (Kesternich Test)
• DIN EN ISO 3344; Determination of Moisture Content
• DIN EN ISO 3376; Tensile Properties
• DIN EN ISO 3376; Tensile Properties
• DIN EN ISO 3377 – 1; Burden of Tears
• DIN EN ISO 3377 – 1; Tear Load (Single Edge Tear)
• DIN EN ISO 3385; Determination of Fatigue with Constant Load Impact
• DIN EN ISO 3386; Compression Load Deviation
• DIN EN ISO 3386 – 1; Stress in Compression – Strain Characteristics (Low Density Materials)
• DIN EN ISO 3386-2; Stress in Compression – Strain Characteristic (High Density Materials)
• DIN EN ISO 3451 – 1 – A ; Ash Determination
• DIN EN ISO 3451 – 4 – A (PA); Ash Content in Polyamides
• DIN EN ISO 3451 – 5 – A (PVC); PVC Ash Content
• DIN EN ISO 3497; Coating Thickness Determination
• DIN EN ISO 3668; Paints and varnishes - Visual comparison of the color of paints
• DIN EN ISO 3668; Visual Comparison of Paint Colors
• DIN EN ISO 3675; Density Determination (Hydrometer Method)
• DIN EN ISO 3679; Determination of Flash Point
• DIN EN ISO 3759; Determining Size Change
• DIN EN ISO 4045; Determination of Ph Value
• DIN EN ISO 4048; Determination of Soluble Substance in Dichloromethane
• DIN EN ISO 4048; Determination of Soluble Matter and Free Fatty Acid Content in Dichloromethane
• DIN EN ISO 4599; Plastics – Environmental stress cracking (ESC) – determination of resistance to the bending strip method (Withdrawn; modified by DIN EN ISO 22088-3, 2006-11)
• DIN EN ISO 4628 – 1; Evaluation of Deterioration of Coatings
• DIN EN ISO 4628 – 2; Evaluation of Blistering Degree
• DIN EN ISO 4628 – 3; Evaluation of the Degree of Rust
• DIN EN ISO 4628 – 3; Rust Rust Rating on the Edges
• DIN EN ISO 4628 – 4; Evaluation of Cracking Degree
• DIN EN ISO 4628 – 5; Evaluation of the Degree of Flaking
• DIN EN ISO 4628 – 8; Evaluating the Degree of Delamination and Corrosion Around a Printer
• DIN EN ISO 4628-8; Evaluation of Delamination and Degree of Corrosion Around a Scribe-Corrosion Creep
• DIN EN ISO 4628-1; Evaluation of Deterioration of Coatings
• DIN EN ISO 4628-1; Paints and Varnishes - Evaluation of Deterioration of Coatings - Determining the Amount and Size of Defects and the Intensity of Uniform Changes in Appearance - Part 1: General Identification and Identification System
• DIN EN ISO 4628-2; Paints and Varnishes - Evaluating Deterioration of Coatings - Determining the Amount and Size of Defects and the Intensity of Uniform Changes in Appearance - Part 2: Evaluating the Degree of Blistering
• DIN EN ISO 4628-3; Paints and varnishes - Evaluation of deterioration of coatings - Determination of the amount and extent of defects and the intensity of uniform changes in appearance - Part 3: Evaluation of degree of rust
• DIN EN ISO 4628-3; Paints and Varnishes - Evaluation of Deterioration of Coatings - Determining the Amount and Size of Defects and the Intensity of Uniform Changes in Appearance - Part 3: Evaluation of the Degree of Corrosion
• DIN EN ISO 4628-4; Paints and varnishes - Evaluation of deterioration of coatings - Determination of the amount and extent of defects and the intensity of uniform changes in appearance - Part 4: Evaluation of crack grade
• DIN EN ISO 4628-4; Paints and Varnishes - Evaluation of Deterioration of Coatings - Determining the Amount and Size of Defects and the Intensity of Uniform Changes in Appearance - Part 4: Evaluation of the Degree of Cracking
• DIN EN ISO 4628-5; Paints and varnishes - Evaluation of deterioration of coatings - Determination of the amount and size of defects and the intensity of uniform changes in appearance - Part 5: Abblätterungsgrades assessment
• DIN EN ISO 4628-8; Paints and Varnishes - Evaluating Deterioration of Coatings - Determining the Amount and Size of Defects and the Intensity of Uniform Changes in Appearance - Part 8: Evaluating the Degree of Piercing and Corrosion Around a Lettering or Other Artificial Defect
• DIN EN ISO 4661 – 1; Cut Sample Preparation
• DIN EN ISO 4661 – 1; Drilling Sample Preparation
• DIN EN ISO 4661 – 1; Compartment Sample Preparation
• DIN EN ISO 4674 – 1; Determination of Tear Resistance (Fixed Ratio of Tear Methods)
• DIN EN ISO 4674 – 2; Tear Resistance Determination (Ballistic Pendulum Method)
• DIN EN ISO 4684; Determination of Volatile Matter
• DIN EN ISO 4892; BST 100°C) – Method of exposure to laboratory light sources
• DIN EN ISO 4892; BST 100°C) – Method of exposure to laboratory light sources
• DIN EN ISO 4892; BST 65°C / Flatbed device) – Method of exposure to laboratory light sources
• DIN EN ISO 4892; BST 65°C / Flatbed device) – Method of exposure to laboratory light sources
• DIN EN ISO 4892; BST 65°C) – Method of exposure to laboratory light sources
• DIN EN ISO 4892; BST 65°C) – Method of exposure to laboratory light sources
• DIN EN ISO 4892; BST 65°C) – Method of exposure to laboratory light sources
• DIN EN ISO 4892 – 2; - According to the Method of Exposure to Laboratory Light Sources
• DIN EN ISO 4892 – 2 (Method A BST 100°C) ; BST 100°C) – Method of exposure to laboratory light sources
• DIN EN ISO 4892-2; Light Source Exposure Methods
• DIN EN ISO 4920; Determination of Surface Wetting Resistance (Spray Test)
• DIN EN ISO 5077; Determining Size Change
• DIN EN ISO 5079; Tensile Properties of Individual Fibers
• DIN EN ISO 5084; Thickness Determination
• DIN EN ISO 527; 2,(Tested in the Conditioning Room;Cold);Tensile Properties
• DIN EN ISO 527; 2,(Tested in the Tempering Chamber;Heat);Tensile Properties
• DIN EN ISO 527-2; Tensile Properties
• DIN EN ISO 527-3; Tensile Properties
• DIN EN ISO 527-4; Tensile Properties
• DIN EN ISO 527-5; Tensile Properties
• DIN EN ISO 5398 – 4; Determination of Chromic Oxide Content
• DIN EN ISO 5402; Flexural Resistance (Flexometer Method)
• DIN EN ISO 5402 – 1; Permanent Fold (Fexometer – Method)
• DIN EN ISO 5470 – 1; Determination of Wear Resistance (Taber Abrader)
• DIN EN ISO 60; Determining Bulk Density
• DIN EN ISO 604; Pressure Properties
• DIN EN ISO 62; water absorption
• DIN EN ISO 6222; Water quality - Enumeration of culturable microorganisms - Colony count by inoculation on nutrient agar culture medium
• DIN EN ISO 6222; (K5)
• DIN EN ISO 6245; Ash Determination
• DIN EN ISO 6270 – 2 – AHT; Condensation Climate with Variable Humidity and Air Temperature
• DIN EN ISO 6270 – 2 – EC; Condensation Climate with Variable Air Temperature
• DIN EN ISO 6270 – 2 – CH; Constant Humidity Condensation Atmosphere
• DIN EN ISO 6270-2; Determination of Moisture Resistance
• DIN EN ISO 6270-2; Paints and Varnishes - Determination of Moisture Resistance - Part 2: Procedure for Exposure of Test Samples in Condensation-Water Environments
• DIN EN ISO 6330; Domestic Washing and Drying Procedures for Textile Testing
• DIN EN ISO 6427; Plastics – Determination of extractables with organic solvents (standard procedure) (Retired)
• DIN EN ISO 6427 (ISO 6427 ; 1992) – Determination of Extractable Substances with Organic Solvents
• DIN EN ISO 6468; (F1)
• DIN EN ISO 6468 (F1) ; Selected Organic Chlorine Compound
• DIN EN ISO 6506; Brinell Hardness (HBW10/3000)
• DIN EN ISO 6507; Vickers Hardness Test
• DIN EN ISO 6603 – 1; Puncture Impact Behavior – Toolless Impact Test
• DIN EN ISO 6603 – 2; Puncture Impact Behavior – Instrument Impact Test
• DIN EN ISO 6721-2; Determination of Dynamic Mechanical Properties (Torsion – Pedulum Method)
• DIN EN ISO 6941; Burn Behavior (Vertical)
• DIN EN ISO 6942; Evaluation of Materials and Assemblies of Materials when Exposure to a Radiant Heat Source
• DIN EN ISO 6988; Sulfur Dioxide Test with General Moisture Condensation
• DIN EN ISO 75-2; Determination of Deflection Temperature Under Load
• DIN EN ISO 75-2; Determination of Deflection Temperature Under Load (Plastic And Ebonite)
• DIN EN ISO 787 – 10; Density Determination (Pycnometer Method)
• DIN EN ISO 787-2; Determination of Volatile Matter at 105 °C
• DIN EN ISO 787-3; Determination of Water-Soluble Substance (Hot Extraction Method)
• DIN EN ISO 787 – 5; Determination of Oil Absorption Value
• DIN EN ISO 787 – 9; Determination of Ph Value
• DIN EN ISO 8031; rubber and plastic hoses and hose assemblies - Determination of electrical resistance and electrical conductivity
• DIN EN ISO 8067; Determination of Tear Strength
• DIN EN ISO 8256 (non-notched tensile impact strength); Determination of Tensile Impact Strength
• DIN EN ISO 8295; Determination of Coefficient of Friction
• DIN EN ISO 845; Determination of Apparent Density
• DIN EN ISO 846 – A; Action of Microorganisms - Method A
• DIN EN ISO 846 – B; Evaluation of the Action of Microorganisms – Procedure B
• DIN EN ISO 846 – C; Evaluation of the Action of Microorganisms – Procedure C
• DIN EN ISO 8510 – 2; Peel Test (180 Degrees)
• DIN EN ISO 868; Shore A Hardness
• DIN EN ISO 868. (Shore A) ; Shore A hardness determination
• DIN EN ISO 868. (Shore D) ; Shore D hardness determination
• DIN EN ISO 9073 – 15; air permeability
• DIN EN ISO 9073 – 18; Tensile Properties (Bucket Tensile Test)
• DIN EN ISO 9073 – 2; Thickness Determination
• DIN EN ISO 9073 – 2 (basically); Thickness Determination
• DIN EN ISO 9073 – 2 Method A; Thickness Determination
• DIN EN ISO 9073 – 4; Determination of Tear Strength (Trapeze Tear Strength)
• DIN EN ISO 9227; Corrosion Tests in Artificial Environments – Salt Spray Tests
• DIN EN ISO 9227 – AASS; Acetic Acid Salt Spray Test
• DIN EN ISO 9227 – CASS; Copper – Accelerated Salt Spray Test
• DIN EN ISO 9227 – NSS; Neutral Salt Spray Test
• DIN EN ISO 9237; Air Permeability of Fabrics
• DIN EN ISO 9308 – 1 (K12); Detection and Enumeration of Escherichia Coli and Coliform Bacteria
• DIN EN ISO 9308 (K13) ; Escherichia Coli and Coliform Bavteria Detection and Enumeration
• DIN EN ISO 9863 – 1; Thickness Determination
• DIN EN ISO 9864; Determination of Mass Per Unit
• DIN EN ISO2813; Determination of Mirror Gloss of Non-Metallic Paint Filler at 20˚, 60˚ and 85˚
• DIN IEC 167; Test methods for electrical insulation – insulation resistance of solid insulating materials
• DIN IEC 60068-2-28; Electrical – Environmental testing – Guidance on testing with moist heat (Drawn; equivalent to DIN EN 60068-3-4)
• DIN IEC 60512-1; Electromechanical components for electronic equipment; Tests and measurements (Withdrawn; replaced by DIN EN 60512-1)
• DIN ISO 10694; Organic and Total Carbon Determination
• DIN ISO 11465; Determination of Dry Matter and Water Content by Mass
• DIN ISO 12884/ VDI 4300 – 2 ; Sampling for PAH
• DIN ISO 16000 – 3; Determination of Formaldehyde and Other Carbonyl Compounds
• DIN ISO 16000 - 3 / VDI 4300 - 3 ; Indoor Air Sampling of Carbonyl Compounds
• DIN ISO 16000 – 6 / TDS – GC – MSD; Determination of volatile organic compounds (VOC)
• DIN ISO 1817; elastomers - Determination of the action of liquids
• DIN ISO 1817; Effect of Liquids
• DIN ISO 1887; Determination of Combustible Substance Content
• DIN ISO 2285; Tensioner Set Determination
• DIN ISO 2285; Determination of Stress Set Under Constant Elongation
• DIN ISO 2285; Stress Set Under Constant Elongation
• DIN ISO 23529; E Cutting, Sample Preparation
• DIN ISO 2796 ; Dimensional Stability Test
• DIN ISO 34 – 1 – A ; Determination of Tear Strength
• DIN ISO 34 – 1 – B; Determination of Tear Strength
• DIN ISO 34-1; Tear Spread Resistance
• DIN ISO 3415 ; Loss of Thickness
• DIN ISO 3451 - 2 ; Ash Content
• DIN ISO 3451 – 3 – A ; Ash Content in Unplasticized Cellulose Acetate
• DIN ISO 3733; Determination of Water - Distillation Method
• DIN ISO 3865 – A1 ; Non-Irradiation Contact and Migration Painting
• DIN ISO 4628-5; paints, varnishes and similar coating materials; Determination of degree of flaking of coatings (Extended; equivalent to DIN EN ISO 4628-5, 2004-01)
• DIN ISO 4649 – A ; Abrasion Resistance (Non-Rotating Test Sample)
• DIN ISO 48 ; Determination of Hardness
• DIN ISO 48 ; Determination of Hardness
• DIN ISO 6133 Procedure B; Analysis of Multiple Peak Tracks
• DIN ISO 7619 – 1 (Shore A) ; Determining Shore A Hardness
• DIN ISO 7619 – 1 (Shore A) ; Cold Test - Determination of Shore A Hardness
• DIN ISO 7619 – 1 (Shore D) ; Determination of Shore D Hardness
• DIN ISO 7743 – A ; Compression Stress – Strain Properties Method A
• DIN ISO 7743 – B; Compression Stress – Strain Properties Method B
• DIN ISO 815 ; compression set
• DIN ISO 815 ; Determining the Compression Set
• DIN ISO 815 – 1 ; Determining the Compression Set
• DIN ISO 9354 ; Coding System of Waves
• DIN SPEC 18035 – 7; Sports Fields – Chapter 7 Synthetic Turf Fields; Table 20 / Test on Laboratory-Scale Prepared Samples
• DIN V 53160 – 1 ; Artificial Saliva Resistance
• DIN V 53160 – 2 ; Artificial Sweat Resistance
• DIN VDE 0303-3; testing of materials for electrical engineering; Measurement of electrical resistance of non-metallic materials (Withdrawn; modified by DIN IEC 60093 VDE 0303-30, 1993-12)
• DIN VDE 0472-628; inspection of cables and insulated wires; Longitudinal shrinkage of insulation sheaths (Extended; equivalent to DIN EN 60811-1-3)
• DIN14362 – 1 ; Determination of Some Aromatic Azo Dyes from Cardamines (B 82.02 – 4 (Polyester Method) Commodity Objects)
• DIN53863; Rotary Wear
• DVM 0002-DY ; Appearance
• DVM 0002-DY ; Paint Blotting from Weather Strips
• DVM 0007-DY ; Bond Tear Strength
• DVM 0007-DY ; Joint Tensile Strength
• DVM 0021-DY ; Insertion, Removal Push Pin Bending Test
• DVM 0021-DY ; Insertion, Push Pin To Elastomer Extraction
• DVM 0021-DY ; Insertion, Removal Push Pin for Impact Test
• DVM 0021-DY ; Placement, Removal Removal to Clipboard Push Pin
• DVM 0021-DY ; Insertion, Removal Push Pin - Panel Insertion
• DVM 0028-DY ; Compression Load Deviation
• DVM 0108-MG ; Insertion, Pull Force Flange and Channel Mounted
• DVM-0002-IP-0001 ; BSR and Noise Test, Ambient Noise: < 28 dBA Frequency Range: (20 - 20.000) Hz Measurement Unit: Noise or SPL
• DVM-0004-DY ; Insertion, Removal – Flanges
• DVM-0005-DY ; Seal Retaining Tape
• DVM-0006-DY ; Friction Fastness
• DVM-0007-DY ; Joint Tensile Strength
• DVM-0009-DY ; Compression Load Deviation
• DVM-0013-DY ; water absorption
• DVM-0014-MA ; Smell
• DVM-0016-MA ; fogging
• DVM-0023-DY ; Trim Lip Pull Cord
• DVM-0032-DY ; Low Temperature Performance
• DVM-0036-DY ; Freeze Prevention
• DVM-0104-MG ; Ligament Joint Strength
• E – DIN 55660 – 2 ; Determination of Free Surface Energy of Solid Surfaces
• ECE R118 Annex 6 ; burning behavior
• EN 60352-2; Solderless connections – Part 2: Crimp – General requirements, test procedures and application notes
• EN 60512-13-1; Corrigendum 1 Connectors for electronic equipment - Tests and measurements - Part 13-1: Mechanical operational tests - test 13a: grip and release force
• EN 60512-9-3 ; Connectors for electronic equipment - Tests and measurements - Part 9-3: Endurance tests - Test 9c: Mechanical operation with electric load (locking / disconnection) (test with resistive lamp load only)
• EN ISO 16588,P10; Identification of Complexing Agents
• ESB-M189; Soap and Water Resistance
• ESB-M2D189-A; Insertion Strength
• ESB-M2D189-A Section 3.2.2 ; Cold Elasticity
• ESB-M2D189-A Section 3.2.6; Ozone Rating
• ESB-M2D189-A Section 3.2.7 ; Resistance to Accelerated Weathering
• ESB-M2D189-A Section 3.2.8.1 ; Ultra Violet Exposure Test Method
• ESB-M2D189-A Section 3.2.8.2; Simulated Paint Repair
• ESB-M2D49-B Section 3.5 ; solvent resistance
• ESB-M2D49-B Section 3.8 ; Paint Painting
• ESB-M2D49-B Section 3.8.1 ; Ultra Purple Exposure
• ESB-M2D49-B Section 3.9 ; Cold Elasticity
• ESB-M2P166-A Section 3.5.5 (Inactive 9/11/08); Initial Hardness
• ESB-M2P166-A Section 3.8 ; Coup
• ESB-M9P5-A; Migration Painting
• ES-X60051 ; Paint Stain Test
• ES-X60051 ; Wax Remover Resistance Test
• ES-X60410; Flammability of Internal Parts
• ES-X82034; Light Whitening Resistance
• ES-X82034; ozone aging
• ES-X82034; Air Resistance
• ES-X83211; Weather strip sticking to glass
• ES-X83229; Ozone Resistance Test
• ES-X83240 ; Weather Resistance (Adhesion)
• EX-X60058; stick test