Aka-Cut cut-off wheel range brochure
The manufacturer's overview of the Aka-Cut abrasive and superabrasive cut-off wheels: which abrasive suits which workpiece, and how bond hardness is matched to material hardness.
This is the document to read first if you are choosing between grades rather than
re-ordering one you already use. It sets out the two decisions that determine which wheel you
need, in the manufacturer’s own framing.
What it explains
The first decision is the abrasive: aluminium oxide for ferrous metals, silicon carbide for
non-ferrous. The second is bond hardness, which the maker matches inversely to workpiece
hardness — a hard workpiece takes a soft bond, so blunted grain is released and fresh
abrasive keeps cutting instead of rubbing. That inverse relationship is the single idea the
whole naming system rests on, and it is covered in our own
abrasive
cut-off wheel guide with the selection logic laid out step by step.
Who needs it
A laboratory standardising on one or two grades, or anyone diagnosing burnt cut faces and
short wheel life. It does not carry per-diameter dimensional tables — for those, see the
reinforced-wheel fact sheet.
The data in this document
| Grade | Workpiece | Hardness band |
|---|---|---|
| Aka-Cut Fe50 | Hard steels and other ferrous metals | approx. 350-700 HV |
| Aka-Cut Fe60 | Hardened and very hard steels | 500-1000 HV |
| Aka-Cut NF10 | Aluminium, copper, brass | 50-250 HV |
| Aka-Cut Ti20 | Titanium and titanium alloys | 100-350 HV |
Compiled by P2 from the manufacturer's published documentation. Every figure is cited on the product page it belongs to.
Products this document covers
The original document
Published by the manufacturer, hosted here unaltered — PDF, 1.1 MB.
Need a quote for anything in this range?
Send a part number, a photograph of the
label, or the material and the step you are running — we reply with a written
quotation within one business day.
Request a quotation Email a requirement WhatsApp a photo +971 4 874 3723