Harting HART verzonken schroef M3x6 verzinkt 09200009995

In precision assembly environments, every fastener must earn its place. The HARTING M3x6 countersunk machine screw delivers exactly that—a zinc-plated steel solution engineered for reliable, flush-mount fastening in electronics, industrial equipment, and enclosures. Its M3 thread and 6 mm length suit compact applications where space is tight but strength cannot be compromised. The Phillips drive (PH) ensures confident torque transfer, while the zinc plating guards against corrosion, keeping connections secure over time.

Key specifications

• Thread diameter: M3 (3 mm)
• Screw length: 6 mm
• Head type: Countersunk (flat head)
• Drive type: Phillips (PH)
• Material: Steel
• Surface treatment: Zinc-plated (verzinkt)
• Thread pitch: 0.5 mm (metric coarse)
• Standard: DIN 965
• Nominal head diameter: 5.6 mm
• Corrosion resistance: Yes
• RoHS compliant: Yes

Why choose it

This screw combines dimensional accuracy with a protective zinc finish, ensuring consistent seating and long-term durability. Its countersunk head sits flush with the mounting surface, eliminating protrusions and improving both aesthetics and safety. Whether you are securing PCB standoffs, terminal blocks, or sheet metal covers, the HARTING M3x6 offers the reliability expected from a trusted industrial brand.

Ideal use cases

• Electronics assembly: fastening circuit boards, connectors, and small components
• Industrial equipment: securing covers, brackets, and sensor mounts
• Enclosures: attaching panels, hinges, and cable glands
• General-purpose fastening where a flush finish is required

Good to know

DIN 965 specifies a countersunk head with a Phillips recess, making it compatible with standard PH1 or PH2 screwdrivers depending on the exact head size. The zinc plating provides a silver, metallic appearance and moderate corrosion resistance for indoor and sheltered outdoor use. For high-vibration environments, consider pairing with a thread-locking compound. Always verify torque specifications for your specific application to avoid over-tightening in softer materials.