Hyundai Kia Test Specification

• MS 120-89: Synthetic Rubber Compounds
• MS 191-53: Coating Adhesion
• MS 200-08: Migration Dyeing Resistance Of Coated Fabrics And Plastic Film To Degradation And Migration Staining
• MS 200-11: Resistance To Soil Impregnation Contamination Test For Artificial Leather And Plastic Sheet
• MS 200-34: Tear Strength
• MS 200-34: Section 4.8 – Vibration Test Standard Test Method Of Pad For Seat Section 4.8 Vibration Characteristics Test
• MS 200-34: Section 4.7 – Stress Relaxation Test Standard Test Method For Pad For Seat Section 4.7 Compression Stress Relaxation Test
• MS 200-34: Section 4.10 – Standard Test Method For Pad For Repeated Compression Seat Section 4.10 Repeated Compression Impact Test
• MS 200-38: Section 4.3 – Heat Cycle Test With Infrared Irradiation Test Standard – Steering Section 4.3 Heat Cycle Resistance Test
• MS 200-40: Test Method Of Abrasion On Vulcanized Rubber (Akron Type)
• MS 200-41: Low Temperature Brittleness Test
• MS 200-41: Streching Test
• MS 200-41: Test Standard – Soft Vulcanized Rubber
• MS 200-41: Test Standard – Soft Vulcanized Rubber
• MS 200-42: Wear Resistance
• MS 200-48: Standard Test Method – Exterior Plastic Parts
• MS 201-01: Marking Of Materials For Automotive Parts
• MS 201-02: Environmental Hazardous Substances
• MS 201-02: Prohibition Of Use Of Heavy Metal For Automotive Parts. Heavy Metal Detection.
• MS 201-02: Section 3.3 / Din En 62321 – Determination Of Pbde (Polybrominated Diphenyl Ethers) In Polymers By Gc-Ms Prohibition And Notification Of The Use Of Harmful Substances – Parts And Metals – Section 3.3: Brominated Flame Retardant Restricted Pbde In The Usa’ Prohibition Of (Poly Brominated Diphenyl Ethers)
• MS 201-02: Section 3.1.1/ Din En 62321 – Determination Of Heavy Metals Prohibition And Notification Of The Use Of Harmful Substances – Parts And Metals – Section 3.1.1: 4 Prohibition Of The Use Of Heavy Metals
• MS 201-02: Prohibition Of Use Of Heavy Metal For Automotive Parts
• MS 201-02: Prohibition Of Harmful Substances
• MS 210-05: Surface Damage Resistance
• MS 210-05: Scratch Resistance Test
• MS 210-05: Molded Plastic Parts – Interior. Weathering Test
• MS 210-05: Molded Plastic Parts – Interior. Lightfatness Test
• MS 210-05: Section 4.8 – Wear Resistance Molded Plastic Parts – Indoor Use; Section 4.8: Wear Resistance
• MS 210-05: Section 4.7 – Chemical Resistance Test Molded Plastic Parts – Internal; Section 4.7: Chemical Resistance Test
• MS 210-05: Section 4.7 – Chemical Resistance Test Molded Plastic Parts – Indoor Use; Section 4.7: Chemical Resistance Test
• MS 210-05: Section 4.5 – Fading Resistance Test Molded Plastic Parts – Internal; Section 4.5: Fading Resistance Test (Method: Xenon Arc – Equipment According To Iso 105)
• MS 210-05: Section 4.3.1 – Heat Cycle Resistance Test By Infrared Irradiation Molded Plastic Parts – Internal; Section 4.3.1: Heat Cycle Resistance Test
• MS 210-05: Molded Plastic Parts – Interior Use
• MS 210-05: Molded Plastic Parts – Interior
• MS 210-05: Molded Internal Parts
• MS 210-05: Section 4.9 – Scratch Resistance Molded Plastic Parts – Indoor Use; Section 4.9: Scratch Resistance Test
• MS 210-05: Material Properties For Molded Plastics For Use In The Overall Performance Of Automotive Interior Parts
• MS 210-06: Weather Resistance
• MS 210-06: Molded Plastic Parts – Exterior Use. Weathering Test
• MS 210-06: Molded Plastic Parts – Exterior Use. Lightfatness Test
• MS 210-06: Molded Plastic Parts – Exterior Use. Heat Resistance Cycle Test.
• MS 210-06: Molded Plastic Parts – Outdoor Use
• MS 210-06: Molded Plastic Parts – Exterior Use
• MS 210-06: Section 4.4.2 – Weatherproofing Test Molded Plastic Parts – Outdoor Use Section 4.4.2 Artificial Weathering Test
• MS 210-12: Weather Resistance
• MS 211-45: Polyamide 6 (Gf Mf Reinforced) Mf Reinforced)
• MS 211-46: Polyamide 66 (Non – Reinforced)
• MS 211-47: Polyamide 66 (Gf Mf – Reinforced)
• MS 211-47: Pa66 Oil Guide Connector Radiator Inlet/Outlet Tank // Hydro Engine Mounting Nozzle
• MS 211-54: Pa6 Pa66 Wheel Cover Pa66 Wheel Cover
• MS 213-26: Hcpp + Ldpe Alloy
• MS 213-28: Pencil Hardness
• MS 213-28: Talc Filled Polypropylene
• MS 213-28: Polypropylene Filled By Talc
• MS 213-41: Polypropylene Foam
• MS 213-42: Scratch Resistant Pp Copolymer – Injection Molded Interior And Exterior Parts
• MS 213-42:
• MS 213-43: Filled Pp Scratch Resistant For Injection Molded Interior And Exterior
• MS 213-51: Low Temperature Impact Resistance
• MS 213-53: Low Temperature Impact Resistance
• MS 213-57: Pp Materials Requirements
• MS 214-04: Pc+Abs Alloy Crash Cushion Interior Trim
• MS 220-04: Tpo – Side Sill Molding And Waist Line Molding For Exterior Tpo – Side Sill Molding And Waist Line Molding For Exterior
• MS 220-05: Low Temperature Brittleness Test
• MS 220-07: Olefin System Elastomer
• MS 221-09: Importance
• MS 225-18: Rockwell Hardness
• MS 225-18: Abs – Heat Resistance
• MS 237-09: Polyacetal (Acetal Copolymer Oxymethylene Copolymer)
• MS 252-08: Streching Test
• MS 252-08: Compression Hardness
• MS 252-08: Cross-Linked Polyethylene Foam Sheet Interior Trim Pad Interior Trim Pad
• MS 256-31: Section 5.2 – Peel Strength Line Isolation Pad Kit; Section 5.2: Peel Strength
• MS 257-06: Compression Hardness
• MS 257-06: Urethane Upholstery Foam – For Use In Cushion And Lining Material Of Interior Seats
• MS 257-07: Streching Test
• MS 257-07: Soft Urethane Molding Foam – Seat Soft Urethane Molding Foam Mainly For Use In Automotive Cushion Material
• MS 257-07: Soft Urethane Molding Foam – Seat
• MS 260-13: Sponge Rubber
• MS 263-55: The Characteristics And Quality Of Internally Braided Heat Resistant High Pressure Rubber Hose For Heater For Use In Heating Systems.
• MS 269-03: Ozone Test
• MS 269-03: Standard For Vulcanized Elastomer Compounds
• MS 300-08: Complex Environment Corrosion Promotion Test
• MS 300-08: Flammability Resistance – Interior Materials
• MS 300-08: Flame Resistance Internal Material
• MS 300-08: Flammability Resistance – Interior Materials
• MS 300-08: Flame Resistance Flammability Resistance – Interior Materials
• MS 300-11: Friction Resistance Method For Testing The Resistance Of Materials Such As Vinyl Genuine Leather And Luggage Compartment Mats To Friction
• MS 300-31: Sewing Fatigue
• MS 300-31: Section 4.3 – Thickness Standard Test Methods – Leather A/Leather And Sheet Section 4.3: Thickness
• MS 300-31: Section 4.27 – Determination Of Seam Strength Standard Test Methods – Leather A/Leather And Sheet Section 4.27 Seam Strength
• MS 300-31: Section 4.19 – Abrasion Resistance (Taber Abraser) Standard Test Methods – Leather A/Leather And Sheet Section 4.19: Abrasion Resistance
• MS 300-31: Section 4.13 – Standard Test Methods For Adhesion – Leather A/Leather And Sheet Section 4.13: No Adhesion
• MS 300-31: Section 4.12.1/.2 – Fade Resistance Test Standard Test Methods – Leather A/Leather And Sheet Section 4.12.1 + 4.12.2: Fastness Test
• MS 300-32: Streching Test
• MS 300-32: Pilling 성
• MS 300-32: Standard Test Method – Woven Knitted Mainly For Woven Fabrics And Knits For Use In Automotive Seat Covers And Interior Trim Linings.
• MS 300-32: Section 4.9.1 – Seam Strength
• MS 300-32: Section 4.23.2 Gear Power General Method For Determining Gear Shift Power For Example Ms 300-32 Section 4.10
• MS 300-32: Section 4.14.1 – Standard Test Method For Fading Fastness – Woven Knitted
• MS 300-322: Fire Island
• MS 300-33: Test Standard – Tapes Film (With Pressure Sensitive Adhesives)
• MS 300-34: Odor Test
• MS 300-34: Test Method Of Odor For Interior Materials
• MS 300-35: Standard Test Method – Carpet Cold Resistance
• MS 300-51: Determination Of Grease Content And Ph Value Test Methods Oil Content And Ph For Genuine Leather
• MS 300-54: Fogging Test
• MS 300-54: Standard Test Method – Fogging
• MS 300-54: Fogging (Light Transmittance) Standard Test Method Fogging
• MS 300-55: Determination Of Volatile Organic Compounds From Vehicle Interior Parts Vocs
• MS 300-55: Test Method For Volatile Organic Compounds Release
• MS 300-55: Section 4.4.2 – Organic Substances And Emissions With Tds-Gc-Msd Volatile Organic From Vehicle Interior Components Determination Of Compounds; §4.4.1: Determination Of Voc And Aldehydes From The Part Using The Thermal Desorption Analysis Method
• MS 300-55: Section 4.2 – Formaldehyde Determination Test Method For Release Of Volatile Organic Compounds; §4.2: Formaldehyde Measurement
• MS 300-55: (Detailed Analysis) – Determination Of Volatile Organic Compounds (Voc) Test Method For Determination Of Voc Emissions From Vehicle Interior Parts
• MS 300-55: (Detailed Analysis) – Determination Of Volatile Organic Compounds Test Method For Determination Of Voc Emission From Vehicle Part
• MS 300-57: Test Method For Vocs Emission From Part Assembly
• MS 300-57: Determination Of Voc Emission In 1 M³ Test Chamber Test Method For Voc Emission From Part Assembly
• MS 311-03: Pencil Hardness
• MS 320-05: Seat Fabrics Fabrics For Automotive Seat Cover
• MS 320-11: Section 4.14Softening Point – Determination Of Softening Point Of Laminates Eg
• MS 322-04: Genuine Leather – Seat Cover Applies To Genuine Leather Used As Automotive Seat Cover
• MS 322-05: Section 4.14 – Sunscreen Lotion Resistance Genuine Leather – Interior Upholstery; Sunscreen Lotion Resistance
• MS 322-05: Section 4.13.2 – Chemical Resistance – Drop Test Genuine Leather – Interior Upholstery; Chemical Resistance – Drop Test
• MS 322-05: Section 4.13.1 – Chemical Resistance – Abrasion Test Genuine Leather – Interior Upholstery; Chemical Resistance – Abrasion Test
• MS 322-05: Section 3.6 – Peeling Strength Natural Leather – Laminated Soft Upholstery; Peeling Strength
• MS 322-05: Section 3.5 – Tear Strength Natural Leather – Laminated Soft Upholstery; Tear Strength
• MS 322-05: Natural Leather – Laminated Soft Upholstery E.G. Door Trim Crash Pad Console
• MS 322-05: Genuine Leather – Interior Trim E.G. Door Trim Crash Pad Console
• MS 322-05: Section 4.6 – Peeling Strength Genuine Leather – Interior Trim; Peel Strength
• MS 322-05: Section 4.5 – Tear Strength Genuine Leather – Interior Trim; Tear Strength
• MS 322-05: Section 4.15 – Water Resistance Genuine Leather – Interior Trim; Water Resistance
• MS 322-06: Streching Test
• MS 322-06: Premium Leather – Steering Wheel And Horn Pad Genuine Leather Used In The Interior Is Often Used In The Manufacture Of Steering Wheels And Horn Protectors.
• MS 330-03: Cotton Mat – Seat Cotton Mat For Seat Cushion And Backing Material For Vehicle
• MS 341-12: Sound Absorber – Engine Compartment
• MS 341-15: Thickness
• MS 341-17: Thickness
• MS 341-17: Streching Test
• MS 343-11: Wallpaper
• MS 343-11: Section 4.14 – Wrinkle Resistance Material Properties – Wrinkle Resistance
• MS 361-13: Polypropylene Sheet Contained Powder Of Wood
• MS 373-14: Stripe Tape – Interiors And Exteriors
• MS 600-35: Testing Methods For Coatings And Coating Films
• MS 600-35: Prüfverfahren Für Beschichtungen And Beschichtungsfolien
• MS 600-35: Section 6.20 (Sae J2527) – Test Methods For Lightfastness (Outer) Coatings And Coating Films
• MS 600-66: Anti-Wrinkle Rate
• MS 611-15: Electroplated Zinc And Zinc Alloy Plating (Trivalent Chromate)
• MS 619-07: Coating
• MS 619-08: Coating
• MS 619-09: Coating
• MS 625-01: Impact Resistance
• MS 625-02: Salt Spray Test
• MS 630-01: Salt Spray Test
• MS 630-01: Impact Resistance
• MS 630-01: Painting – Metal Products (Rust Prevention)
• MS 652-12: Humidity Resistance Cycle Test
• MS 652-12: Soft Feel Painting – Interior Plastic Parts
• MS 652-12: Soft Feel Paint – Interior Plastic Parts
• MS 652-12: Section 5.4 – Scratch Resistance Test Soft Touch Painting – Internal Plastic Parts; Section 5.4: Scratch Resistance Test
• MS 652-14: Sunscreen Resistance
• MS 652-14: Impact Resistance
• MS 652-14: Humidity Resistance Cycle Test
• MS 652-14: Painting – Hard Thermoplastic Parts
• MS 652-14: Painting – Hard Thermoplastic Parts
• MS 652-14: Section 5.23.1 – Abrasion Resistance Flat Surface Painting – Hard Thermoplastic Parts; Section 5.23.1: Abrasion Resistance Flat Surface
• MS 652-15: Humidity Resistance Cycle Test
• MS 652-27: Humidity Resistance Cycle Test
• MS 655-08: Impact Resistance
• MS 655-08: Section 4.21.1 – Wear Resistance For Smooth Surfaces Paint – Hard Thermoplastic Parts; Section 4.21.1: Wear Resistance For Flat Surfaces
• MS 711-10: Tape (Double – Side Adhesive) – Mark Emblem
• MS 90053: Paint Requirements Interior Parts