4mm-0.70 x 6mm Metric Button Head Socket Cap Screws
Categories: Metric Button Head Socket Cap Screws
- Finish: Black Oxide
- Material: Steel
- Color: Black
- Brand: Midwest
- Scale: Metric
- Head Type: Button
- Drive Type: Socket
- Thread Type: Coarse
- Package Type: Refill Box
Product Description:
These 4mm-0.70 x 6mm Metric Button Head Socket Cap Screws from Midwest are engineered from Class 10.9 alloy steel, delivering exceptional tensile strength and durability for demanding mechanical and industrial uses. The black oxide finish provides effective surface corrosion resistance and a low-glare, sleek appearance that complements dark hardware setups.
Designed with a coarse thread profile, these screws offer strong holding power and reduce the risk of stripping under load. The smooth, low-profile button head not only enhances the aesthetic appeal but also minimizes snagging, while the hex socket drive enables precise torque control with standard Allen keys or hex drivers.
Ideal for precision assembly in electronics and compact machinery, these screws ensure secure fastening in tight spaces, combining functionality with a clean, professional look. Perfect for industries requiring reliable, high-strength fasteners with a refined finish.
Features:
- These socket cap screws are made from Class 10.9 alloy steel, offering superior tensile strength and durability for demanding mechanical and industrial applications.
- The black oxide coating helps protect against surface corrosion while providing an attractive, low‑glare finish that blends well with dark hardware setups
- Featuring a coarse thread profile, these screws deliver strong holding power in mating components and help reduce the risk of stripping under load.
- The smooth, low‑profile button head offers a sleek look and reduced snagging, while the hex socket drive allows for precise torque control using standard Allen keys or hex drivers.
- Ideal for precision assembly in electronics and compact machinery, these screws ensure secure fastening with minimal profile, enhancing both functionality and aesthetics in tight spaces.
