Enclosure to Accreditation Certificate D-PL according to DIN EN ISO/IEC 17025:2005

Transcription

1 Deutsche Akkreditierungsstelle GmbH Enclosure to Accreditation Certificate D-PL according to DIN EN ISO/IEC 17025:2005 Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Certificate holder: SGS INSTITUT FRESENIUS GmbH CTS Automotive Testhouse Am Technologiepark 8, Herten Tests performed in the areas of: Analyses of materials, semi-finished parts, vehicle components and assembly groups Interiors and exteriors used abbreviations: see last page Within the test areas identified with *, the laboratory is allowed, without needing previous information and approval from DAkkS, to freely select from standardized testing processes or those equivalent to them. Within the test areas identified with **, the laboratory is allowed, without needing previous information and approval from DAkkS, to modify, further develop and redevelop testing procedures. The test lab is allowed - without needing the previous information and approval from DAkkS - to use the standardized test procedures listed here with different issue amounts of the standards. The test procedures listed are exemplary. The lab has a current list of all test procedures in the flexible accreditation area. Page 1 of 28

2 Analyses of materials, semi-finished parts, vehicle components and assembly parts interiors and exteriors 1 Aging and weathering * The testing methods mentioned as examples in the following sections are characterized by the measurement variables listed in this table: Type of test Solar simulation Aging caused by temperature and humidity UV exposure "Xenotest" Measurement variable Irradiance Temperature Relative humidity Black standard temperature Temperature Relative humidity Measurement range 500 W/m² 1200 W/m² Measurement uncertainty 4.5% -40 C - 10 C 1.5K 10 C 65 C 1K 65 C 90 C 1.,5K 90 C 120 C 2.5K 10 50% r.h % r.h % r.h % r.h. 30 C 90 C 1K 90 C 120 C 2.5K Characteristic testing method DIN VDA C -40 C 2K DIN EN ISO C - 10 C 1.5K DIN EN ISO C 65 C 1K DIN EN ISO C 90 C 1.5K DIN EN ISO C 120 C 2.5K DIN EN ISO % r.h % r.h. DIN EN ISO % r.h % r.h. Temperature 20 C 80 C 1.5K DIN EN ISO 105 B04 Humidity 10% 95% r.h. 2% r.h. DIN EN ISO 105 B06 Irradiance Black standard temperature nm 420 nm 340 nm 9% PV C 130 C 2K PV 1306 Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 2 of 28

3 1.1 Analysis with halogenides - Radiation in the wavelength range between 280 nm and 3000 nm - Solar simulation DIN VDA A PR SOP M Aging of car components in solar simulation systems Aging of car components in solar simulation systems Daimler AG functional directive ZB I table Solar simulation for equipment parts Solar simulation test Adjustment of the testing area taking physical measurement variables into account: Temperature, humidity and irradiance 1.2 Aging tested through xenon radiation - Radiation in the wavelength range between 300 nm and 420 nm DIN EN ISO 105-B DIN EN ISO 105-B DIN EN ISO 105-B Color fastness tests - Part B02: Color fastness to artificial light; xenon arc light Color fastness tests - Part B04: Color fastness to artificial weathering; xenon arc light Textiles- Color fastness tests - Part B06: Color fastness and aging to artificial light under high temperatures: Test with the xenon arc light DIN EN ISO VDA Plastics - Artificial irradiation or weathering in devices - Part 2: Xenon arc lamps Color fastness test and aging behavior to light under high temperatures - Xenon arc light (withdrawn document) Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 3 of 28

4 D FLTM BO GME GMW PV PV PV PV PV SAE J SAE J SAE J STD 1026, STD 1026, ASTM D Passenger compartment materials and parts - Color fastness under artificial light Exposure of interior trim materials in a controlled irradiance watercooled xenon arc apparatus Assessment of color fastness and light resistance Artificial weathering of automotive interior trim materials Non-metallic materials - Exposure test for automotive interior components Non-metallic materials - Exposure test to determine adhesiveness to PP plastic parts Clear varnish in 2-layer metallic painting; tear resistance test Non-metallic materials - Weathering in a hot dry climate Non-metallic materials - Weathering in a warm humid climate Accelerated exposure of automotive exterior materials using a controlled irradiance water-cooled xenon arc apparatus Accelerated exposure of automotive interior trim components using a controlled irradiance xenon arc apparatus Performance-based standard for the accelerated exposure of automotive exterior materials using a controlled irradiance xenon arc apparatus Color fastness to artificial light at 100 C Light fastness under 60 C Standard practice for evaluating the relative light fastness and weatherabillity of printed matter Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 4 of 28

5 ASTM G ASTM G SOP M Standard practice for exposing non-metallic materials in accelerated test devices that use laboratory light sources Standard practice for operating a xenon arc light apparatus for exposure of non-metallic materials Xenon radiation - Adjustment of the testing range taking physical measurement variables into account: Temperature, humidity and irradiation intensity 1.3 Aging and weathering test by changing temperature and humidity ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN VDA VDA Rubber, vulcanized or thermoplastic- Accelerated aging and heat resistance tests Soft and hard foam materials - Accelerated aging test Coating materials - Determination of resistance to humidity; Part 2: Methods for stressing samples in condensation water climates Environmental influences - Part 2-2: Testing methods - Test B: Dry heat Environmental influences - Part 2-14: Testing methods - Test N: Temperature change Environmental influences - Part 2-30: Testing methods - Test Db: Humid heat, cyclic Environmental influences - Part 2-38: Testing methods - Test Z/AD: Combined temperature/humidity test, cyclic Testing of rubber and elastomers - Artificial weathering Elastomeric components in vehicles - Testing method for properties - Temperature influence - Bending stress in cold weather Elastomeric components in vehicles - Testing methods for checking resistance - Heat aging (withdrawn standard) Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 5 of 28

6 GMW PR PV PV SOP M Procedures for high humidity test Climate change test for equipment parts Vehicle parts - Climate change resistance test (+80/-40) C Vehicle parts - Climate change resistance test Aging and weathering Adjustment of the testing range taking physical measurement variables into account: Temperature and humidity 2 Resistance tests/stress 2.1 Color measurement DIN EN A DIN EN A DIN GMW STD 1026; Textiles - Color fastness tests Part A02: Gray scale to evaluate color change Textiles- Color fastness tests Part A03: Gray scale to evaluate bleeding Colorimetric determination of color distances in body colors according to the CIELAB formula (withdrawn standard) Visual evaluation of automotive trim Gray scale Determination of color changes Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 6 of 28

7 2.2 Resistance tests under the influence of various media and different stress * Mechanical-chemical stress with linear movement DIN EN ISO 105-X DIN EN ISO DBL DBL GMW STD 1026, STD 1026, Textiles - Color fastness tests Part X12: Color fastness to rubbing Leather tests for color fastness Color fastness to cycles of to-andfro rubbing General technical shipment conditions and testing methods for interior equipment materials and similar products Section 3 Scratch resistance Section 4 Abrasion resistance Shipping instruction Coating of plastic parts in vehicle interiors Section Care resistance Soiling and cleaner resistance of automotive materials Colour fastness to rubbing Color fastness to rubbing with organic solvents Mechanical-chemical stress with vertical movement GS Part GS Part GS Part GS Part GS Part GS Part SOP M Surface testing of car interior materials; manual abrasion test Surface testing of car interior materials; fingernail test Surface testing of car interior materials; shoe sole test Surface testing of car interior materials; color abrasion behavior Surface testing of car interior materials; resistance to cleaners Surface testing of car interior materials; soiling behavior and cleaning capability Determination of abrasion resistance with the Abrex testing device Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 7 of 28

8 2.2.3 Mechanical-dynamic stress on an inclined plane DIN GMW PV Testing of textiles Abrasion testing of textile fabrics Schopper abrasion wear test Textiles, rugs - Resistance to wear Mechanical-dynamic stress with radial movement DIN EN ISO DIN EN ISO DIN EN ISO DIN DIN ASTM D ASTM D VDA GMW Textiles coated with rubber or plastic - Determination of abrasion resistance - Part 1: Taber abrasion testing device Textiles Determination of the tendency of textile fabrics to form lint on the surface and to pilling Part 2: Modified Martindale method Textiles Determination of the abrasion resistance of textile fabrics with the Martindale method Part 1: Martindale abrasion testing device Testing of paper and cardboard Determination of abrasion according to the friction wheel method Testing of plastics Determination of abrasion according to the friction wheel method Resistance of transparent plastics to surface abrasion Abrasion resistance of textile fabrics Upholstery fabric - Velcro fastener test Rotary abrasion test, Taber type Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 8 of 28

9 GMW PV PV Linear abrasion testing Non-metallic fabrics Abrasion behavior test Textile fabrics of car interior equipment - Determination of extraneous pilling on upholstery fabric Chemical resistance DIN EN ISO 105-E VDA DBL GMW GMW PV TL TL Textiles Color fastness tests Part E04: Color fastness to sweat Chemical resistance of vehicle paint finishes Soiling/Cleaning of interior equipment parts/materials Section 4 Testing matrix, cleaners and cleaning capability Section 5 & 6 Application methods Section 7 Cleaning methods Perspiration resistance Application of perspiration solution and evaluation Sunscreen and insect repellent resistance Surfaces in the automobile interior Cream resistance test Paint finishes on exterior plastic parts Section 8 Chemical resistance Windshield liquid cleaner Section 3.6 Requirement made to the material Section 3.7 Behavior towards components and materials Mechanical-chemical resistance under static stress DIN EN ISO Paint and coating materials - Cross-cut test Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 9 of 28

10 DIN EN ISO DBL DBL FLTM BO FMTL BO GMW GMW GME PR PV VCS SOP M SOP M Plastics Determination of environmental stress crack formation (ESC) Part 3: Bent strip method Shipping instruction; parts made of thermoplastic plastics for the direct and indirect vehicle interior area, for passenger compartment heating, passenger compartment ventilation, panelling and housings Section 7.13 Stress crack resistance Section 7.15 Care product resistance Section 10.8 Writing resistance Shipping instruction Coating of plastic parts in the vehicle interior Section Adhesive tear tape Stress cracking test for plastics Scratch and mar resistance Resistance of exterior automotive materials and components to fuels Test method materials; scratch resistance of organic coatings and self-adhesive foils Determining the scratch resistance of organic coating Assessment of the sensitivity of construction surfaces against scratching Interior plastic components; testing of scratch resistance Scratch resistance, Erichsen pen - Organic materials Determination of tension crack formation under the influence of chemically active media Chemical-mechanical stress of the most varied painted and coated materials using various individual scratching tools 2.3 Resistance to the pressurized water jet * Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 10 of 28

11 DIN EN ISO AA DBL GS PV SOP M Coating materials Testing of the resistance of coatings to a pressurized water jet Testing of the resistance to a pressurized water jet (steam jet test) Parts made of thermoplastic plastics for paneling, housing and functional parts for outside use Section 13.6 Steam jet test Coatings on plastic parts - Painted plastic parts in the exterior, Interior and engine compartment Paint coating of metallic and non-metallic materials; pressure washer test Execution of the steam jet test taking sample geometry and stress into account 2.4 Rock fall resistance * DIN EN ISO DIN EN ISO DBL PV SOP M Coating materials Test of rock fall resistance of coatings Part 1: Multiple rock fall test Coating materials Assessment of coating damages with digital image processing Part 2: Evaluation of the multiple rock fall test Parts made of thermoplastic plastics for paneling, housing and functional parts for outside use Section 13.5 Multiple rock fall Surface varnish, paint coats, rock fall resistance Rock fall resistance using variable testing body geometries 2.5 Corrosion * DIN EN ISO Corrosion tests in artificial atmospheres Salt spray tests Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 11 of 28

12 DIN VDA DBL DBL GMW PV SOP M Condensation water alternating atmosphere tests done in an atmosphere containing sulfur dioxide Corrosion protection testing of vehicle paint finishes under changing cycling stress Coating for car units/body parts and functional parts under high corrosion stress Section 5.8 Condensation water constant climate Section 5.9 Salt spray test Section 5.10 Alternating corrosion test Section 5.11 CASS test Section 5.12 Filiform test Section 5.13 Filiform corrosion Coating/painting finish for parts under high corrosion stress Section 5.8 Condensation water constant climate Section 5.9 Salt spray test Section 5.10 Alternating corrosion test Section 5.11 CASS test Section 5.14 Filiform corrosion Procedure for neutral salt spray test Body and attachments, corrosion test Resistance to salt spray using other salt solutions 3 Chemical-physical analyses 3.1 Determination of flammability * DIN DBL FMVSS Determination of the flammability of the vehicle's interior materials Low flammability shipping instruction Interior parts Requirements and test specifications Flammability of interior materials Windshield cleaning fluid, requirements made to the material Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 12 of 28

13 GMW GS STD 5031, TL SOP M Determination of the flammability of the vehicle's interior materials Determination of the flammability of the materials of the vehicle's interior Flammability of interior materials Interior equipment materials Flammability, requirements made to the materials Execution of the burning test taking variable sample geometries into account 3.2 Determination of ash content DIN EN ISO Textile glass reinforced plastics Prepregs, molding compounds and laminates Determination of textile glass and mineral filler content also applicable: DIN EN ISO Plastics Determination of ash; Part 1: General principles Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 13 of 28

14 3.3 Determination of water vapor permeability/air permeability * DIN EN ISO DIN EN ISO DIN EN ISO SOP M Soft-elastic polymer foams Determination of air permeability under constant pressure Textiles - Determination of the air permeability of textile fabrics Leather Physical and mechanical tests Determination of water vapor permeability Determination of the air permeability of various materials of the vehicle's interior 3.4 Determination of water content DBL TL Finished parts and semi-finished parts from organic polymer materials General conditions and testing methods; methods B & C PA6 glass fiber reinforced, finished parts - Requirements made to materials 3.5 Determination of Vicat softening * DIN EN ISO DIN EN ISO SOP M Plastics Determination of heat resistance - Temperature Part 1: General testing methods Plastics Thermoplastics Determination of the Vicat softening temperature (VST) Determination of the Vicat softening temperature in various materials 3.6 Determination of differential scanning calorimetry (DSC) * DIN EN ISO DIN EN ISO Plastics - Differential scanning calorimetry (DSC) - Part 1: General principles Plastics - Differential scanning calorimetry (DSC) - Part 2: Determination of glass transition temperature and glass transition step height Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 14 of 28

15 DIN EN ISO DIN EN ISO SOP M Plastics - Differential scanning calorimetry (DSC) - Part 3: Determination of the melting and crystallization temperature and of the melting and crystallization enthalpy Plastics - Differential scanning calorimetry (DSC) - Part 4: Determination of specific heat capacity Determination of DSC in various kinds of plastics, long fiber- and carbon fiber-reinforced plastics 3.7 Determination of density DIN EN ISO Plastics - Methods for determining the density of non-foamed plastics; Part 1: Immersion method with liquid pycnometer and titration methods 3.8 Identification of materials with IR spectroscopy * TL TL SOP M Polymer mixtures from ABS and PC - Requirements made to the materials Technical shipping instruction - TL PP Back injection of thin film IR spectroscopic analysis in multilayered materials superstructures 3.9 Gloss test DIN EN ISO DIN DIN Coating materials Determination of the gloss value under 20, 60 and 85 Color tolerances for automobile paint finishes Part 2: Effect paint finishes Reflectometer as aid for gloss evaluation in flat painted and plastic surfaces (withdrawn standard) Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 15 of 28

16 3.10 Determination of coating thickness * ISO DIN EN ISO DIN EN ISO PV TL TL SOP M Metallic coatings Measurement of coating thickness Colorimetric method by anodic dissolution Metallic and oxide layers Coating thickness measurement Microscopic methods Non-magnetic coatings on non-magnetic base metals; measurement of coating thickness; magnetic methods Chrome-plated surfaces Determination of potential differences and coating thickness of nickel coatings Plastic parts chrome-plated Requirements made to the materials Section Technological requirements made to the coated part Polycarbonate headlamp covers with protective varnish Requirements made to the materials Execution of coating thickness measurements by means of microscopy Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 16 of 28

17 4 Emission tests - Detection of organic compounds in the condensate after release under various conditions: Thermal desorption, thermal extractor, Tedlar bag, static emission measurement with headspace methods, test chamber emissions Static and dynamic chamber tests, vehicle air, micro chamber; after extraction 4.1 by means of GC/standard detectors ** ISO ISO DIN ISO DIN ISO DIN ISO DIN EN VDA 276 Part 1 und VDA VDA D Indoor air - Part 3: Determination of formaldehyde and other carbonyl compounds in indoor air and test chamber air - Active sampling method Indoor air - Part 6: Determination of volatile organic compounds in indoor and test chamber air by active sampling on Tenax TA sorbent, thermal desorption and gas chromatography using MS or MS-FID Indoor air of road vehicles - Part 2: Screening method to determine volatile organic compounds from vehicle interior parts - Sample bag method Indoor air of road vehicles Part 3: Screening method to determine volatile organic compounds from vehicle interior parts Micro test chamber Indoor air of road vehicles - Part 4: Methods method to determine volatile organic compounds from vehicle interior parts Small test chamber methods Materials and objects making contact with food; substances in plastics subject to limits; determination of 1,3-butadiene Determination of organic emissions from components for the car interior with a 1 m² test chamber Non-metallic materials of the vehicle interior; determination of the emission of organic compounds Thermal desorption analysis of organic emissions for the characterization of non-metallic materials for automobiles; thermal desorption analysis of organic emissions for the characterization of non-metallic car materials for automobiles Analysis of aldehydes and ketones emitted by parts inside the climatic chamber Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 17 of 28

18 DWG 0094Z- SNA FLTM BZ GMW GMW GMW GS GS NES M and PPV PPV PPV PV PV SES Specification for test method for VOC Determination of organic emissions from non-metallic materials in vehicle interiors by headspace gas chromatography Static headspace GC-MS for interior materials; interior emissions Determination of aldehyde and ketone emissions in the vehicle interior's cabin air Test procedure materials; determination of volatile and semivolatile organic compounds from vehicle interior materials Emission measurement under change of air in a test chamber; determination of volatile organic emissions from parts not impinged by fuel, semi-finished parts and materials Determination of volatile organic emissions from components, semifinished parts and materials VOC test method of cabin parts Determination of volatile organic emissions from components not impinged by fuel; emission measurement in SHED chambers Emission measurement in a test chamber based on VDA Interior emission behavior - Thermal desorption analysis based on VDA 278 Non-metallic materials of vehicle interiors; determination of the emission of organic compounds Determination of organic emissions from components for vehicle interiors; emission test Standard for controlling the emission of volatile organic compounds Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 18 of 28

19 TPJLR TSM 0508G TSM 0509G VCS 1027, VCS 1027, VCS 1027, SOP M SOP M Determination of VOC and carbonyl emission for interior materials Volatile component measurement method using the sampling bag Test method for measuring volatile substances under the heat desorption method Determination of organic emissions from non-metallic materials in vehicle interiors Quantification of specific volatile organic substances from nonmetallic materials in vehicle interiors Determination of volatile organic substances from interior components/systems using a 1 m 3 emission chamber Determination of 1,3 butadiene in air samples Determination of the emission of components in another sampling time window and the resulting expanded parameter scope 4.2 by means of HPLC/standard detection ** DIN EN ISO VDA AA GMW GMW Leather Chemical determination of formaldehyde content Part 3: Determination of formaldehyde emission from leather Preformed parts for vehicle interiors Determination of formaldehyde release Measuring methods according to the modified bottle method Determination of formaldehyde emission from non-metallic materials and components by means of HPLC Determination of aldehyde and ketone emissions from vehicle interior materials Determination of aldehyde and ketone emissions from vehicle interior materials Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 19 of 28

20 PV VCS 1027, SOP M SOP M Polymer materials - Measurement of formaldehyde emission Determination of formaldehyde emission from components in vehicle interiors Determination of aldehydes and ketones in samples of materials; evaluation by means of HPLC Determination of emitted aldehydes and ketones from parts and components by means of HPLC (chamber and bag) 4.3 by means of gravimetry and/reflectometric fogging ** ISO ISO DIN VDA 276 Part D GMW PV PV PV SAE J Rubber - Determination of solvent extract Rubber- or plastics-coated fabrics- Determination of fogging characteristics of trim materials in the interior of automobiles Determination of the fogging behavior of materials in vehicle interiors Determination of organic emissions from components for vehicle interiors with a 1 m² test chamber Trim materials for interior and passenger compartment parts; fogging Fogging characteristics of trim materials Non-metallic materials in the vehicle interior; determination of condensable components (G) Non-metallic materials of vehicle interiors; determination of the fogging value (F) Determination of organic emissions from components for vehicle interiors; emission test Test procedure to determine the fogging characteristics of interior automotive materials Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 20 of 28

21 STD TSM 0503G VCS 1027, SOP M Fogging Fogging test method for non-metallic materials Fogging 2 nd condensation phase of the chamber test Fogging according to VDA 276 and DIN Odor ** VDA D A FLTM BO GMI GMW GS Kia MS PPV PV Determination of the odor behavior of vehicle interior materials Odor emissions, interior equipment parts measurement of the intensity and characterization of odor from passenger compartment parts in the climate chamber Interior odor test Test method for determining the odor propagation resistance of trim materials / Determination of the odor behavior of body equipment materials Test method for determining the odor propagation resistance of interior materials Emission measurement under air change in a test chamber; determination of odor behavior; emission measurement with air exchange in a testing chamber; determination of olfactory behavior Test method of odor for interior materials Odor test; supplements VDA 270 Components of vehicle interiors; odor test Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 21 of 28

22 SAE J STD TSM 0505G VCS 1027, SOP M Hot odor test for insulation materials Assessment of smell resulting from the effects of moisture Test method for the smell of non-metallic materials Odor of trim materials in vehicles Qualification of the odor panel and general odor testing instructions Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 22 of 28

23 5 Mechanical-technological analyses The testing methods mentioned as examples in the following sections are characterized by the measurement variables listed in this table: Type of test Tension, pressure, bending Thickness measurement Impact test Measurement variable Pressure and traction Measurement range 1N -100kN 0.5% Measurement uncertainty Characteristic testing method DIN EN ISO DIN EN DIN EN ISO DIN ISO 34-1 ISO DIN EN ISO 1798 Elongation 20 mm 359 mm 0.5% DIN EN ISO Thickness Charpy (V-notch) impact test Izod (notched) impact test Dynstat (notched) impact test 360 mm 600 mm 0.8% DIN EN ISO mm 10 mm mm DIN EN ISO µm 0.2 µm 5 10 µm 0.5 µm µm 1 µm > 100µm 2 µm DIN mm 12 mm mm DIN EN ISO J 7.5 J 2% DIN EN ISO J - 11 J 2% DIN EN ISO J 4 J 2% DIN Tensile, pressure and peel tests done on test specimens, components, materials and vehicle components ** ISO ISO DIN ISO Cellular plastics, rigid - Dimensional stability test Adhesives; peel test for a flexible-bonded-to-rigid test specimen assembly; part 1: 90 peel (withdrawn standard) Elastomers or thermoplastic elastomers; determination of tear propagation resistance Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 23 of 28

24 DIN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO DIN EN ISO Elastomers or thermoplastic elastomers - Determination of the tension set under constant elongation and the tension set, elongation and flowing under constant tensile load Plastics - Determination of bending properties Plastics - Determination of tensile properties - Part 2: Testing conditions for molding and extrusion compounds Plastics - Determination of tensile properties - Part 3: Testing conditions for foils and panels Plastics - Determination of tensile properties - Part 4: Testing conditions for isotropic and anisotropic fiber-reinforced plastic composites Plastics - Determination of tensile properties - Part 5: Testing conditions for unidirectional fiber-reinforced plastic composites Elastomers or thermoplastic elastomers - Determination of the compression set - Part 1: Under environmental temperatures or increased temperatures Soft-elastic polymer foams Determination of tensile strength and elongation at break Soft-elastic polymer foams - Determination of the compression set Polymer materials, soft-elastic foams; determination of the compression stress-deformation properties; Part 1: Low-density materials Leather - Determination of permanent bending resistance - Part 1: Flexometer methods Textiles - Tensile properties of textile fabrics Part 2: Determination of maximum tensile strength with the tensile test grab method Textiles - Tear propagation properties of textile fabrics - Part 2: Determination of tear propagation force with the trouser tear propagation test (single tear propagation test) Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 24 of 28

25 DIN EN ISO DIN EN DIN EN DIN DIN DIN ASTM D VDA VDA VDA VDA VDA GMW Fiber-reinforced plastics Determination of bending properties Wooden materials; determination of bending - Young's modulus and bending resistance Textiles; testing methods for non-woven fabrics; Part 3: Determination of maximum tensile strength and maximum tensile strength elongation Testing of plastic films and textile fabrics covered by a plastic layer; determination of bending stiffness; methods according to Ohlsen Testing of plastics; bending test and flexural impact test in Dynstat test specimens Testing of rubber and elastomers Determination of tear strength, tensile strength, elongation at break and tension values in the tensile test Standard test Method for tear strength of conventional vulcanized rubber and thermoplastic elastomers Leather, plastic roll stock and textiles for vehicles - Determination of bending properties Elastomeric components in vehicle parts: Test methods to determine properties; tension and elongation behavior; tensile test (withdrawn standard) Elastomeric components in vehicle arts: Test methods to determine properties; tension and elongation behavior; tear propagation test (withdrawn standard) Elastomeric components in vehicle PV for determining the crawling and relaxation properties; compression set (withdrawn standard) Elastomeric components in vehicles; test methods for determining properties; temperature influence; bending stress in the cold Test method materials; determination of tensile and elongation properties Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 25 of 28

26 GMW PV SAE J SOP M SOP M Seam fatigue for automobile textiles Non-metallic fabrics - Measurement of static and permanent elongation Stretch and set test method of textiles and plastics; surface vehicle standard Retainer pull-off test with the C-type frame One-axis test tensile test for determining the withdrawal force of the magnetic fixation of the roof liner also applicable: DIN EN ISO Plastics - Determination of tensile properties; Part 1: General principles 5.2 Determinations of lengths and thickness * DIN EN ISO DIN EN ISO DIN EN DIN Leather Physical and mechanical tests Determination of thickness Textiles Determination of textile and textile product thickness Wooden materials - Determination of the dimensions of the test specimens Testing of plastic films Determination of the thickness through Mechanical sensing Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 26 of 28

27 5.3 Indentation hardness * DIN ISO DIN EN ISO DIN EN ISO DIN ASTM D VDA VDA PV Elastomers and thermoplastic elastomers Determination of hardness (between 10 IRHD and 100 IRHD) Plastics and hard rubber - Determination of indentation hardness with a durometer (Shore hardness) Plastics - Determination of hardness - Part 1: Ball indentation test Testing of rubber and elastomers; hardness test according to Shore A and Shore D (withdrawn standard) Standard test method for rubber property- Durometer hardness Elastomeric components in vehicle PV for identifying hardness Shore A (withdrawn standard) Elastomeric components in vehicle PV for determining properties Shore A und B (withdrawn standard) Hardness test; PUR integral foam, steering wheel rim 5.4 Ball drop test * DBL GMW PV Supply specification; general technical delivery conditions and test methods for interior equipment materials and similar products Determination of the impact resistance of plastic components Organic materials; ball drop test Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 27 of 28

28 5.5 Impact properties * DIN EN ISO DIN EN ISO DIN DIN VDA Plastics - Determination of Charpy impact properties Part 1: Impact resistance tested without instruments Plastics Determination of Izod impact resistance Testing of rubber and elastomers Determination of Rebound elasticity Testing of plastics; bending test and flexural impact test done in Dynstat test specimens Elastomeric components in vehicles Test methods for determining properties Crawling and relaxation Rebound elasticity (withdrawn standard) Used abbreviations A AA ASTM D DBL DWG FLTM GME GMW GS Kia MS NES PPV PV PR SAE SES SOP M STD TL TPJLR TSM VDA VCS Functional instruction Daimler AG Work instruction BMW American Society for Testing and Materials Renault Standard Technical shipping instruction Daimler Honda Standard Ford Standard General Motors Standard Europa General Motors Standard World Wide Group Standard BMW Kia Standard Nissan Standard Test specification Porsche Test specification VW Test specification BMW Society of Automotive Engineers Suzuki Engineering Standard Standard operating procedure incl. no.; in-house method Volvo Standard Technical shipping instruction BMW and VW Jaguar Cars & Land Rover Test Procedure Toyota Engineering Standard German Automobile Industry Association Volvo Corporate Standard Period of validity: from 24/03/2015 to 23/03/2020 Date of issue: 24/03/2015 Page 28 of 28