10-32 x 1/2 Phillips Pan Machine Screws

Brand: Midwest

SKU: 12283

Product Attributes:
  • Finish: Zinc Plated
  • Material: Steel
  • Color: Silver
  • Brand: Midwest
  • Scale: Standard
  • Length: 1/2"
  • Head Type: Pan
  • Drive Size: #3 Phillips
  • Drive Type: Phillips
  • Thread Type: Fine
  • Package Type: Clamshell

Product Description:

These 10-32 x 1/2 Phillips Pan Machine Screws from Midwest are crafted from high-quality steel with a zinc-plated finish, providing excellent corrosion resistance and durability for general-purpose applications. Featuring a rounded pan head, they deliver a low-profile, slightly raised finish that evenly distributes load while minimizing damage to materials. The cross-recessed Phillips drive ensures quick and secure engagement with standard Phillips screwdrivers, making installation efficient and reliable.

Designed with fine machine threads, these screws offer precise engagement in pre-tapped holes, delivering strong clamping force and dependable fastening. They are ideal for precision assembly tasks, particularly in delicate machinery and electronic devices, where consistent fastening strength is essential without compromising component integrity. Suitable for a variety of industrial and manufacturing settings, these screws provide a trusted fastening solution for professionals and DIY enthusiasts alike.

Features:

  • Made from high-quality steel with a zinc coating for corrosion resistance and long-lasting performance in general-purpose applications.
  • Rounded pan head provides a low-profile, slightly raised finish that distributes load evenly and reduces material damage.
  • Cross-recessed Phillips drive allows quick, secure engagement with standard Phillips screwdrivers.
  • Fine machine threads offer accurate engagement in pre-tapped holes, providing strong clamping force and reliable fastening.
  • Ideal for precision assembly tasks, these screws deliver consistent fastening strength in delicate machinery and electronic devices, ensuring secure joins without compromising component integrity.