12mm-1.50 x 50mm Metric Socket Cap Screws
Categories: Metric Class 12.9 Socket Cap Screws
- Finish: Black Oxide
- Material: Steel
- Color: Black
- Brand: Midwest
- Scale: Metric
- Head Type: Knurled Socket
- Drive Type: Socket
- Thread Type: Fine
- Package Type: Refill Box
Product Description:
These 12mm-1.50 x 50mm Metric Socket Cap Screws from Midwest are crafted from premium Class 12.9 alloy steel, offering exceptional tensile strength and durability for demanding mechanical and industrial applications. Featuring a black oxide finish, these screws resist rust and surface wear while providing a sleek, low-glare appearance ideal for exposed hardware. The coarse thread design ensures strong clamping force and reliable engagement, reducing the risk of loosening under vibration or load.
Designed with a knurled head for improved handling and positioning, these screws also include a hex socket drive for precise torque application using standard Allen keys or hex drivers. Perfect for heavy-duty industrial use, they deliver secure fastening and precise torque control in high-stress mechanical assemblies, making them a dependable choice for professionals in manufacturing, machinery maintenance, and construction.
Features:
- Made from premium Class 12.9 alloy steel, these screws provide exceptional tensile strength and durability for heavy-duty mechanical and industrial applications.
- The black oxide coating protects against rust and surface wear while giving a sleek, low-glare appearance suitable for exposed hardware.
- The coarse thread design delivers strong clamping force and reliable engagement in threaded components, reducing the risk of loosening under load or vibration.
- The knurled head allows for improved handling and positioning, while the hex socket drive ensures precise torque application with standard Allen keys or hex drivers.
- Designed for heavy-duty industrial use, these 12mm-1.50 x 50mm metric socket cap screws deliver precise torque control and secure fastening in high-stress mechanical assemblies, ensuring reliable performance under vibration and load.
