DIN 912 M2x3mm (12.9)

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Specifications:
  • Product Code: 912-M2X3-12.9
  • Material: High-Tensile Alloy Steel (12.9)
  • DIN Standard: DIN 912
  • ISO Standard: ISO 4762
Dimensions:
  • Length (L): 3 mm
  • Thread Size: M2 (Ø2.0 mm)
  • Thread Pitch: 0.40 mm
  • Head Diameter (D): 3.8 mm
  • Head Height (H): 2.0 mm
  • Socket Size (J): 1.5 mm (Allen key)
  • Hexagon Depth (P): 1.0 mm
  • Availability: In Stock
Availability: Available
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DIN 912 M2x3mm Socket Head Cap Screw - 12.9 Alloy Steel

The DIN 912 M2 socket head cap screw in 12.9 grade alloy steel is a high-strength fastener designed for demanding mechanical applications where exceptional tensile strength, precision, and durability are required. Made from heat-treated alloy steel, this screw delivers superior load-bearing capacity and excellent resistance to wear and deformation under heavy torque. The cylindrical head with an internal hex drive (Allen) enables secure tightening and prevents cam-out, making it ideal for tight-space assemblies requiring reliable fastening.

Technical Specs:

  • Standard: DIN 912 / ISO 4762 - metric socket head cap screw
  • Thread Size: M2 × 0.4 mm pitch - fine precision thread
  • Head Type: Cylindrical head with hex socket (Allen drive, 1.5 mm)
  • Material: Alloy steel grade 12.9 - heat treated for high tensile strength
  • Finish: Black oxide or zinc plated for corrosion resistance
  • Tensile Strength: Minimum 1200 MPa - suitable for high-load applications
  • Tight tolerances - precision manufacturing for reliable fit
  • RoHS compliant - safe for industrial and electronic use
  • Manufactured in the EU - quality assurance and consistent standards
  • Available in multiple lengths: 3mm / 4mm / 5mm / 6mm / 8mm / 10mm

Key Features:

  • Exceptional tensile strength and durability for high-stress applications
  • Heat-treated alloy steel ensures wear and fatigue resistance
  • Precision machined for consistent fit and finish
  • Hex socket head design for secure torque application without cam-out
  • Suitable for critical mechanical and industrial assemblies

Application Areas:

  • Automotive and aerospace component assemblies
  • Heavy machinery and industrial equipment
  • Robotics and automation requiring high load fasteners
  • Precision engineering and mechanical assemblies
  • RC vehicles, drones, and model building with demanding strength needs
  • Structural fastening where strength and reliability are essential
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