Ceramic casting is simply known as the way to form a variety of ceramic shapes. It is popular in many industries including those for tableware and teapots. Even computer parts, heat engine components and recuperators find this process very useful. The formation is also very important to a lot of technological areas.

Ceramic casting uses a wide array of materials like stainless steel, bronze, cutting tools and plastic molds to form impellers. Wood, metal, water, epoxy, silica, plaster and zirconia are also being used. The process results to a more stable output with the right surface quality, uniformity and density. Find out more about the different techniques to make the process more useful to several industries.

Ceramic casting forming techniques

There are many techniques in forming ceramics but the most popular ones include the following:

Slip casting. This is a technique making use of slip and liquid clay. It is being poured into a mold made from plaster of Paris. Traditionally, it makes use of a potter’s wheel mold. The wheel is very important in making symmetrical adjustments to any piece. It is said to produce a more favorable output than other ceramic casting techniques because it uses only the purest ceramic powder. No additives are needed to complete the entire process.

Ceramic shell casting. This ceramic casting technique is being used in the metal parts industry. With the use of silica and zirconia combined with other refractory materials, net casting is made. This involves the use of wet dipping and dry coating techniques. The process results to dimensional stability for aerospace and molten metal casting industries. With the automation process, other materials such as wax patterns, slurry mixers and powder beds are used for dipping.

Aside from these two techniques, there are other ceramic casting techniques. These are soft and hard slabs and coil construction. These techniques are more particular with the use of the threading process. Threading is made with the use of animal or artificial wool fibers to form layers of materials for ceramic casting.