Neodymium iron boron magnets, written NdFeB, are the sintered neodymium magnets at the centre of this site. The company's product pages describe the sintered neodymium magnet as the strongest magnetic material commercially available today, and give its alloy as neodymium, iron and boron, Nd2Fe14B. That sentence is a company product-page statement, and this site keeps it in that form rather than upgrading it into an independent laboratory finding. What a buyer can verify here is narrower and more useful: which shapes are published, what size range each shape carries, what tolerances apply to that shape, and which magnetization directions are listed for it.
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The sintered line, and only the sintered line
This page covers sintered NdFeB magnets. The company's site title also contains a soft-and-hard magnetic material phrase, but the published product pages are dominated by sintered neodymium, which is a hard magnetic material, and no soft magnetic product model was verified for sale. This site therefore publishes no soft magnetic product page and lists no soft magnetic model or parameter. A general guide to soft and hard magnetic materials is published separately as background reading only, and it is not tied to any product for sale here.
Magnetic materials, in the company's background text, produce a magnetic field and exert attraction or repulsion on ferromagnetic materials and other magnets. That background sentence is useful for orientation, but it is not a specification. Specifications live on the six shape detail pages, each confined to its own range.
Shape first, grade second, direction third
A workable ordering sequence is shape first, then grade temperature series, then magnetization direction. Shape fixes which size table applies. Grade series fixes which row of the shared temperature table to discuss. Direction fixes how the magnet is magnetized within that shape, using only the directions listed for that shape. Reversing the order — choosing a grade name and then hunting for a shape to fit it — is how buyers end up asking for a combination the published range does not list. If a combination is not listed, the inquiry should ask whether it can be made, rather than assuming it.