Brought to you by JINSIXI, Galvanized Hex Socket Head Cap Screws suitable for hard to reach and difficult areas. Due to their narrow head design, they are perfect for small gaps and awkwardly positioned sockets. The high tensile steel confirms the strength of each Galvanized Hex Socket Head Cap Screw used within machine repairs and maintenance. All models are highly reliable and excellent quality.
Attribute |
Value |
Grade |
12.9 |
Thread Size |
M4-M12 |
Head Shape |
Hex Socket Cap |
Material |
Steel |
Finish |
Galvanized |
Thread Type |
Metric |
Standards Met |
DIN 912 |
• Various thread sizes available, including from M4 to M12
• High-quality threaded design ensures a comfortable screw into the socket
• 12.9 grade high tensile steel as standard
• Cost effective
The galvanized layer on these Galvanized Hex Socket Head Cap Screws is primarily composed of zinc. Zinc is highly effective in preventing the underlying steel from coming into contact with air and moisture, which are the main causes of rust and corrosion. This makes the screws suitable for use in outdoor or humid environments, such as in construction projects, outdoor machinery, and marine applications.
Galvanized Hex Socket Head Cap Screws are available in a wide range of standardized sizes, which makes it easy to find the right screw for a specific application. The standardization also ensures compatibility with other components and makes it possible to use automated assembly equipment, improving production efficiency. The hex socket on the head of the Galvanized Hex Socket Head Cap Screw provides a convenient and efficient way to install and remove the screws.
Even if the zinc coating of Galvanized Hex Socket Head Cap Screws is scratched or damaged in some areas, the zinc still provides protection through a process called sacrificial protection. Zinc is more reactive than steel, so when exposed to the elements, the zinc will corrode first, sacrificing itself to protect the underlying steel. This significantly extends the lifespan of the screws in corrosive conditions.