Ceramic industry

In the ceramics industry, the processes that require the use of magnetic separation are primarily involved in the production of ceramic materials, especially in the manufacturing of ceramic tiles, sanitaryware, and tableware. These processes often involve the separation and removal of magnetic materials to ensure the quality and aesthetics of the final products.Magnetic separations are mainly used to remove ferromagnetic impurities from raw materials, such as iron nails, iron scraps, and other rusted debris to prevent them from entering the production process, causing surface defects, or even cracking during firing. 
Magnetic separation plays an important role in the ceramic plant industry for several reasons:
Quality control: Ceramic products must meet certain quality standards to ensure their durability, aesthetic appeal, and safety for use. Metal contaminants can compromise the quality of ceramic products by causing defects, such as cracks or chips, that affect their appearance and integrity. Magnetic separation helps to remove metal contaminants from ceramic materials before they are processed into finished products, ensuring that the final products meet the required quality standards.
Equipment protection: Metal contaminants can also damage processing equipment and machinery, leading to costly repairs and downtime. Magnetic separation helps to protect processing equipment by removing metal contaminants before they can cause damage.
Safety: Metal fragments and other ferrous materials can pose a safety hazard to workers in the ceramic plant industry. For example, metal fragments can cause injury to workers who handle the ceramic materials. Magnetic separation helps to eliminate these safety hazards by removing metal contaminants from the materials used in ceramic production.
Efficiency: The use of magnetic separation in the ceramic plant industry can also improve production efficiency by reducing the need for equipment repairs and downtime caused by metal contamination.
Overall, magnet separation plays a crucial role in the ceramic plant industry by ensuring product quality, protecting equipment, promoting safety, and improving production efficiency.

The following equipment is widely used in this industry:

Suspension magnet	Permanent overband magnet	Electro overband magnet	Drum magnet
Magnetic head pulley	Bullet magnet	Magnet drawer	Rare earth magnetic roller
Gride magnet	Magnetic trap	Vibratory feeder	High sensitivity metal detector