KEEP-NUT (Specialinsert) Threaded Insert – 6.5 mm Embedment Depth, 2-Crown, Medium Duty
The KEEP-NUT threaded insert is a press-in anchor for stone and solid surface, supplied here as the 2-Crown medium-duty insert with a 6.5 mm embedment depth, 100 inserts per pack. KEEP-NUT is a Specialinsert product; the inserts set mechanically into a drilled hole rather than being glued in.
This listing is inserts only. KEEP-NUT inserts are set with a setting punch, and no setting tool is supplied here — a buyer without one cannot install them.
Key Features
- 2-Crown insert, medium duty
- 6.5 mm (0.26 in.) embedment depth — the H6 designation in the part number
- 12 mm hole diameter
- 8.5 mm (0.34 in.) minimum material thickness
- 100 inserts per pack
- Inserts only: no setting tool and no adhesive included
What's Included
- 100 KEEP-NUT 2-Crown threaded inserts
Who Is This For?
Fabricators and installers anchoring hardware into stone or solid surface where a mechanically set insert is wanted instead of a glued anchor. It is not a purchase for a shop that does not already own the KEEP-NUT setting punch, and it is not an adhesive anchoring system.
Frequently Asked Questions
What does 2-Crown mean on a KEEP-NUT insert?
2-Crown is the insert body style in the KEEP-NUT range and identifies the medium-duty insert. It is what distinguishes this insert from the other crown configurations in the line.
What size hole does this insert need?
A 12 mm hole, in material at least 8.5 mm (0.34 in.) thick. The insert itself embeds 6.5 mm (0.26 in.), which is what the H6 in the part number refers to.
Is a setting tool included?
No. This listing is inserts only. KEEP-NUT inserts are set with a setting punch, which is a separate purchase.
How many inserts come in a pack?
100 inserts per pack.
What thread do these inserts take?
The thread is not stated in this listing's part number, and the 2-Crown insert at this embedment depth is made in more than one thread, including imperial and metric sizes. Confirm the thread against the supplier record before ordering, because a mismatched thread makes the insert unusable.