# Geometric Seven Piece Black Agate Set

> A geometric seven piece black agate set: seven Platonic solid crystals, about 25 mm each, for crystal collectors and sacred geometry fans.

- Shop: Next Day Gifts (nextdaygifts.co.uk), a UK gift shop run by Clockwise Ltd
- Price: £27.49
- Availability: in stock
- Delivery: Dispatched in 1–4 working days · Royal Mail Tracked 48 or APC, 2–5 working days. Delivery £3.95, free over £60.
- Last order for Christmas: noon on Wednesday 9 December
- Returns: 14 days from delivery
- Free e-card: the buyer's message is emailed to the recipient on the first day the gift could arrive
- URL: https://nextdaygifts.co.uk/products/geometric-seven-piece-black-agate-set
- Details checked against the supplier's specification: 2026-10-08

## About this gift

This geometric seven piece black agate set brings seven black agate pieces together in one gift for crystal collectors. It suits sacred geometry fans, geometry lovers and anyone building a crystal collection.

Platonic solids are shapes where the same number of sides meet at each vertex at the same angle. The set is made from agate stone in seven different shapes, with each crystal about 25 mm in size. Lay them out on a desk to show off the geometry in every piece.

Sacred geometry fans, crystal collectors and anyone shopping for birthday gifts will find seven shapes to explore. Pick this seven piece set and start a geometric crystal collection.

## Key facts

- Seven black agate pieces in different shapes
- Platonic solid shapes, sacred geometry themed
- Each crystal about 25 mm in size
- Made from agate stone

## What's in the box

- 7 black agate pieces in Platonic solid shapes

## Details

| | |
|---|---|
| Size | About 25 mm per crystal |
| Material | Agate stone |
| Pieces | 7 |
| Colour | Black |

## Questions

### How many pieces are in the set?

Seven, each in a different shape, all made from black agate stone.

### How big is each crystal?

Each crystal is about 25 mm in size.

### What shapes are in the set?

The pieces are Platonic solids, shapes where the same number of sides meet at each vertex at the same angle.