STAINLESS STEEL 4 PRONG TEE-NUT

4 Prong Tee-Nut — A tee-nut anchors a captive metal thread into wood or composite board without needing access to the back of the panel once it's installed: four sharp prongs arranged around the flange dig into the surrounding material as the nut is pressed or hammered into a pre-drilled pilot hole, resisting both rotation and pull-out, while the flat flange sits proud against the surface to stop the nut being pulled straight through. That gives a permanent, reusable metal thread in a material that couldn't otherwise take a machine screw reliably — wood and composite panels don't hold a tapped thread well on their own, and repeated screwing and unscrewing would quickly strip a hole with no metal insert. It's the standard fixing in furniture manufacture, cabinet making, and fixture assembly wherever a bolt or machine screw needs to be fitted and removed repeatedly into what would otherwise be a soft, low-strength substrate — knock-down furniture legs, cabinet hardware, and similar fixtures. Tee-nuts are specifically designed for wood, MDF, and similar composite materials where the prongs can bite into the fibrous or particulate structure; they're not generally suitable for metal or hard plastic panels, since the prongs simply can't embed into a hard, non-yielding surface the way they do into board material, so a press nut or weld nut is the equivalent fixing for those substrates instead. Correct installation matters for holding strength: the pilot hole needs to be the right diameter for the prongs to bite properly, and pressing or hammering the tee-nut in squarely, rather than at an angle, ensures all four prongs engage evenly rather than one or two carrying the full anti-rotation load. A2 stainless is the standard specification, since these fixings are typically indoor furniture and cabinetry applications where higher-grade corrosion resistance isn't usually necessary; A4 is available for outdoor furniture or marine cabinetry. Sizing follows the mating screw's diameter and thread as standard.

FAQs
Does the pilot hole size affect how well the tee-nut holds?
Yes, a hole that's too large won't let the prongs bite properly and a hole that's too small can split the board or prevent the tee-nut seating flush, so matching the pilot hole to the manufacturer's recommended size for that prong pattern matters for holding strength.

What's the equivalent fixing for a metal or hard plastic panel?
A press nut (for sheet metal) or a weld nut (for permanent installation into metal) does the equivalent captive-thread job that a tee-nut does in wood, since the tee-nut's prongs can't embed into a hard, non-yielding material.

Can a tee-nut be used in metal or plastic panels?
Tee-nuts are designed for wood, MDF, and similar composite materials where the prongs can bite in; they are not generally suitable for metal or hard plastic panels where the prongs cannot embed effectively.

Does the tee-nut resist rotation once installed?
Yes, the four prongs are specifically designed to prevent the nut from spinning in the hole when a screw is driven into it, which is essential since the nut has no other feature to resist rotation.