Use clay to make a fan head as follows:

1. First use clay to make the round head of the pony. When making the body, bend the clay into an upside-down U shape. That's it. The pony's eyes are very big, black and shiny, and its ears are small and stand on the side of its head, making it look very cute.

2. Then we use gray to make a mane on the top of the pony's head, add a tail to the tail, and use scissors to cut the tail to make it look flowing. Finally, use yellow to decorate the neck of the pony, and then stick it on the yellow background, so that the handmade pony is ready.

Expansion:

Clay is a sticky soil with very little sand. Water does not easily pass through it and has good plasticity. Generally, clay is formed by the weathering of silicate minerals on the earth's surface. It is generally weathered in situ. The particles are larger and the composition is close to the original stone. It is called primary clay or primary clay. This kind of clay is mainly composed of silica and aluminum oxide. It is white in color and fire-resistant. It is the main raw material for preparing porcelain clay.

Clay (English: clay), also known as clay, is a plastic aluminosilicate with very small particles (<2μm). In addition to aluminum, clay contains small amounts of magnesium, iron, sodium, potassium and calcium and is an important mineral raw material.

Clay is generally formed from the weathering of aluminosilicate minerals on the Earth's surface. But some diagenesis also produces clay. The occurrence of clays during these processes can serve as an indicator of the progression of diagenesis.

Clay is an important mineral raw material. It is composed of a variety of hydrated silicates and a certain amount of alumina, alkali metal oxides and alkaline earth metal oxides, and contains impurities such as quartz, feldspar, mica, sulfates, sulfides, and carbonates. Clay minerals are small, often within the colloidal size range, and are crystalline or amorphous. Most are flakes, and a few are tubular or rod-shaped.

Clay minerals have plasticity after being wetted with water. They can deform under small pressure and maintain their original shape for a long time. They also have a large specific surface area and are negatively charged on the particles, so they have good physical adsorption and surface properties. Chemically active, with the ability to exchange with other cations.