NICKELForeverSpin’s 31 g desktop spinning top

ForeverSpin’s nickel top gives the material a specific object and a stated weight. It also provides a useful distinction between a solid-nickel product, a nickel-plated surface and an alloy that contains nickel.

ForeverSpin names this product Nickel, labels its main official image “Solid Nickel ForeverSpin Spinning Top” and lists a weight of 31 g / 1.1 oz. This is a top that spins on its tip against a surface, rather than a fidget spinner held by a central bearing.

An official ForeverSpin Nickel product image. Visible detail is limited to the supplied photograph; it is not a TRB test.

Outline and reflected light

The official product image shows a slender stem flaring into a disc and tapering to a point below. Fine rings are visible near the top of the stem, while highlights and shadows describe the curved disc.

The maker describes rainbow hues under light, but this official still image chiefly shows silver-coloured reflections. It does not fully demonstrate that advertised effect, nor does it establish spin time or a comparison in feel with another material.

A product weight of 31 g

The 31 g figure is the maker’s specification for this nickel top. It describes this particular product; it is not nickel’s density. Comparing the spin performance of different products would also require their dimensions, mass distribution and contact points.

TRB has not weighed or spin-tested this example for this guide. Promotional claims about the “best” finish or durability are not presented as verified comparisons.

Nickel, nickel plating and nickel alloys

Nickel is the element Ni. The Royal Society of Chemistry also describes its use in alloys and plating. Containing nickel, having a nickel-plated surface and being labelled solid nickel describe different material scopes.

The Solid Nickel identification here comes from the maker’s official image label. The page does not specify a purity or grade, so this guide retains the nickel product identity without adding an unsupported fineness figure.