A semi-circular alloyed gold shape made of a thin sheet of metal. The flat edge of the ornament has a circle cut out of it at its centre. There is a design of four embossed concentric circles with a raised dot border.

A semi-circular shaped ornament made of a thin sheet of gold-coloured metal. The straight edge has a circle cut out of it at its centre. There is a design of six repousse concentric circles and seven smaller circles at the centre with a border of two lines of repousse dots.

Roughly round metal ball constructed from two half-spheres fitted together. Hole at one end.

A semi-circular shaped ornament made of a thin sheet of gold-coloured metal. The straight edge of the ornament has a hole cut out of it at the centre. The ornament has a design of four concentric circles at the centre with a border of dots at the edge.

A semi-circular shape, made of a thin sheet of gold alloy metal. The flat edge has a circular shape cut out at its centre. The object has an embossed concentric circle motif with a border of embossed dots.

Brass spoon with a round, deep bowl from which a long, hollow, outward flaring tubular handle extends where it is sealed at the back while it is open at the top. Small hole at back.

Hand hammered metal bowl with three riveted feet and a worn copper lining. Punched design; the top border alternates the eternal knot in an oblong or a square with a flower-like design in a square. The second band is a flower and eternal knot entwined. The third band is a rope design. At the centre is an interlocking eternal knot design. Artist signature and place made etched on border, between the feet.

248 golden metal beads in a container. Each bead is barrel-shaped and fashioned from a flat sheet by wrapping. The join is a simple overlap.

210 golden metal beads in a container. Each bead is barrel-shaped and fashioned from a flat sheet by rolling. The join is a simple overlap.

114 tiny, barrel shaped rolled, gold, sheet metal beads. All have simple overlapped join. The beads vary in length, diameter and extent of overlap.