Stainless Steel Self Tapping Machine Screws

Our range of Standoffs, which are commonly referred to as Hex Spacers or Standoff Pillars, are quick and easy to install thanks to their screw-in design. Our standoffs are available in both a non-undercut and undercut version. Non-undercut spacers offer greater stability, but require a washer for installation. Whereas undercut spacers are much quicker to install, and allow spacers to be stacked and do not require the use of a washer - making them a econonical solution. Our spacer range is also available in self-tapping types for mating with non-threaded fittings.

Our standoff spacers offering includes undercut male to female standoff made from either, nickel-plated brass, zinc-plated steel, aluminium or stainless steel, which are self-tapping. Female to female hex spacers made from brass, stainless steel, nickel-plated brass or zinc-plated steel. A self-tapping male to female hexagonal spacer made from nickel-plated hardened steel that's brass coloured. We also offer a round natural Nylon 6/6 push spacer.

• Screw-in design
• Excellent electrical conductivity
• Self-tapping thread
• Various thread options
• Suitable for metal sheets, aluminium and plastic.

Vented screws are fasteners with a hole drilled through the middle that allow gases trapped at the bottom of a blind threaded hole to escape through the core and provide airflow within an application. The screws are a common option for HV and UHV systems because their centre vent feature reduces virtual leakage from high vacuum systems.

This range of Vented Screws features a countersunk machine head with a hexagonal drive. Hexagonal drives are suitable for precision assembling and when there is limited surface area. They are made from Stainless Steel.

• Their centre vent feature reduces virtual leakage from high vacuum systems.

• Ideally suited for usage in sealed enclosures, housings, and machinery.

• Hexagonal drives are suitable for precision assembling.

Material: 316 Stainless Steel, 304 Stainless SteelColour: Material Flammability Standard: