8-32 x 2-1/2 Combo Round Machine Screws
Categories: Coarse Thread Phillips Drive Combination Round Head Machine Screws, Combination Round Head Machine Screws
- Finish: Zinc Plated
- Material: Steel
- Color: Silver
- Brand: Midwest
- Scale: Standard
- Length: 2-1/2"
- Head Type: Round
- Drive Size: #2 Phillips/Slotted
- Drive Type: Combo
- Thread Type: Coarse
- Package Type: Box
Product Description:
These 8-32 x 2-1/2 Combo Round Machine Screws are crafted from high-quality steel and feature a corrosion-resistant zinc plating, ensuring long-lasting durability and resistance to rust and wear. Designed with a rounded head for a classic, low-profile look, they provide reliable surface contact for secure fastening. The screws offer both Phillips and slotted drive options, making installation easy and flexible with standard screwdrivers or power tools.
Engineered with precision threads, these machine screws deliver consistent engagement with tapped holes or nuts, ensuring strong and secure fastening in every application. They are ideal for use in precision machinery and electronic assemblies, where durability and a refined appearance are critical. Whether for industrial or professional projects, these screws combine performance and aesthetic appeal to meet demanding fastening needs.
Features:
- Made from high-quality steel with corrosion-resistant zinc plating, these screws resist rust and wear, providing long-lasting performance for a wide range of applications.
- Rounded head design offers a classic, low-profile appearance while providing reliable surface contact for secure fastening.
- Features both Phillips and slotted drive options, allowing installation with standard screwdrivers or power tools for convenience and flexibility.
- Engineered threads ensure consistent engagement with tapped holes or nuts, delivering strong and secure fastening every time.
- Ideal for precision machinery and electronic assemblies, these combo round machine screws provide secure fastening with a refined appearance, ensuring both durability and aesthetic appeal in critical applications.
