Our DIN 936 Hexagon Thin Nuts are engineered for efficient and reliable integration into automotive production lines: Key Advantages for Your Automotive Applications: Space Optimization: The low profile design is crucial for tight automotive assemblies. Effective Locking Mechanism: Ideal for use in locking configurations to prevent loosening due to vibration. Wide Size and Pitch Range: Ensures compatibility with various automotive bolts and studs. Flexibility in Tolerance: Availability in Product Grades A and B allows for tailored precision. Global Standard Compliance: DIN 936 is a recognized standard, ensuring quality and interchangeability. Ideal for Automotive Applications Such As: Securing Components in Confined Spaces: Ideal for areas within the engine bay, interior, or chassis where space is restricted. Locking Primary Fasteners: Commonly used as jam nuts on axles, suspension components, and other vibration-prone assemblies. Adjustment and Alignment Mechanisms: The thin profile can be beneficial in certain adjustment and alignment applications. Secondary Locking on High-Stress Joints: Providing an additional layer of security in critical automotive connections. Product NameStandardMaterial & FinishDiameter (Thread Size)Thickness (Height)Hexagon Thin NutsGB/T 6174-2016Carbon Steel, Zinc PlatedM63.2 mmHexagon Thin NutsGB/T 6174-2016Carbon Steel, DacrometM84 mmHexagon Thin NutsGB/T 6174-2016Stainless Steel (A2-70)M105 mmHexagon Thin NutsDIN 439-1:1987C35 Steel, Hot-Dip GalvanizedM63 mmHexagon Thin NutsDIN 439-1:1987C45 Steel, PhosphatedM105 mmHexagon Thin NutsISO 4036:201234CrMo4 Steel, PlainM84.6 mmHexagon Thin NutsISO 4036:201242CrMo4 Steel, Zinc FlakeM126 mmHexagon Thin NutsASME B18.2.2:2022ASTM A563, Zinc Plated1/2" (≈M12)0.31" (7.9 mm)Hexagon Thin NutsASME B18.2.2:2022ASTM A194, Galvanized3/8" (≈M10)0.24" (6.1 mm)Hexagon Thin NutsJIS B 1181:2014SCM435 Alloy Steel, Zn-NiM84 mmHexagon Thin NutsJIS B 1181:2014SUS304 Stainless SteelM126.8 mmHexagon Thin NutsEN ISO 4036:201235CrMo Steel, ElectroplatedM105 mm