Here we will explore the use and importance of technical ceramics in this industry.
These elements are used in the wire, textile industry and cable industry to wind and braid the wire, move and guide it, and change its direction. Passing over these elements causes wire and cable wear and the creation of grooves, which has a negative effect on the shape of wire and cable. To avoid such negative effects, it is advisable to use ceramic elements with high hardness and wear resistance, which allow faster and smoother running of the thread.
Wire manufacturing: In the wire industry, technical ceramics are used to make components such as , pulley, wire slip, roller gates, etc. These ceramic parts are known for their high heat resistance and impact resistance, making them ideal for handling high temperatures and high speeds in wire making machines. In addition, they have a smooth and hard surface that reduces wear on the wire during production, which in turn leads to a smoother and higher quality wire.
Textile processing: Technical ceramics are also used in the textile industry to enable various processing steps. Ceramic pulleys and rollers are used in spinning machines to guide and stretch the wire during the process. Their low friction and high impact resistance make them ideal for avoiding damage to the wire and improving production speed.
Dyeing and printing processes: In textile printing and dyeing, ceramic rollers are used to apply dyes to the fabric. These rollers are resistant to chemicals and corrosion, which is crucial when exposed to various types of dyes and chemicals. The high thermal stability of ceramic rolls also ensures that the dye is applied evenly to the fabric and that the printing process is efficient.
Textile filtration: Ceramic filters are used in the textile industry to purify process fluids and wastewater from dyes and other contaminants. These filters are effective due to their fine pore structure and chemical resistance.
In summary, technical ceramics are an indispensable component in the thread and textile industries. Its ability to withstand high temperatures, resist chemicals and reduce friction makes it a valuable resource for improving production processes and ensuring high-quality textile products. Technical ceramics not only have a role as a technical component, but also as a critical factor in increasing efficiency and sustainability in this dynamic industry.
These elements are made in various shapes and sizes; They have high-quality work surfaces, which do not damage the thread and last much longer.
