SS304 DIN965 M6 Cross Recessed CSK Head Machine Screws

Made from stainless steel 304, these screws are resistant to air, water, acids, and alkali salts. Their Phillips head design allows for easy installation and removal with standard screwdrivers.Commonly used in machinery, electronics, appliances, and construction, SS304 screws offer strength and durability. Their countersunk heads sit flush with the material surface, providing a clean and finished look. Suitable for both metal and plastic applications, these screws are ideal for a wide range of projects, from home repairs to industrial manufacturing.

Stainless steel 304 DIN965 M5 Cross Recessed CSK Head Machine Screws are commonly used in light-duty applications, while SS304 DIN965 M6 cross recessed CSK head machine screws are more suitable for medium-load structural fastening tasks. With a slightly larger thread diameter, the M6 screws provide enhanced tensile strength and shear resistance, making them ideal for assemblies that demand both structural stability and corrosion resistance. These screws are especially applicable in marine hardware, mechanical frameworks, and public facility installations where long-term durability is crucial.

Manufactured according to the DIN965 standard, this type of screw features a countersunk head and cross recessed drive. The design allows the screw to sit flush with the material surface, which is essential for achieving a clean, unobtrusive appearance while ensuring functional performance. The M6 size provides a stronger hold compared to smaller variants and is frequently used in thicker metal plates, composite panels, and large enclosures that require secure, tamper-resistant fastening without surface protrusion.

Made from stainless steel 304, these machine screws offer excellent protection against oxidation, moisture, and chemical exposure. The natural finish of the material maintains a clean, industrial look without the need for additional coating. SS304 DIN965 M6 cross recessed CSK head machine screws are often selected for equipment subject to vibration or outdoor exposure due to their reliable thread engagement and resistance to loosening. Their compatibility with standard Phillips drivers also makes them convenient for both manual and automated assembly processes.