Application of ceramic injection molding technology in medical textiles

- Mar 04, 2021-

At present. Ceramic injection molding technology has begun to develop towards precision. The focus of research and development has expanded from the past high-temperature non-oxide ceramics (such as silicon nitride and silicon carbide) to oxide ceramics (such as zirconia, alumina), functional ceramics, Bioceramic products. There are more and more types, and their main application areas are as follows.

1. Ceramic parts for medical devices

At present, ceramic injection molding technology has also been increasingly used in the medical field. The ceramic injection molding process is used to make various medical equipment such as porcelain scalpels. It has the advantages of antibacterial, corrosion resistance, and non-contaminated traditional metals, which are not available in the most equipment.

Pottery Secret Sacrifice Scalpel and other parts for medical equipment

2. Wear-resistant ceramic parts for textile machinery

At present, a large number of wear-resistant ceramic parts are used in the textile industry. Mainly there are various products such as spinning guide wheels and pulling wheels. Most of them use high hardness alumina (A|203) and good toughness and good wear resistance. ZrO2), as well as silicon nitride and embedded silicon ceramic materials. These products have complex shapes and high dimensional accuracy. Therefore, ceramic precision injection molding preparation technology is widely used.

As an emerging precision manufacturing technology, ceramic injection molding technology has its unique advantages. Especially in recent years, the continuous expansion of industrialization on a global scale has fully proved the attractive development prospects of CIM technology. The excellent physical and chemical properties of ceramic kiln materials and the organic combination of precision injection molding will surely make CIM technology play an increasingly important role in high-tech fields such as aerospace, defense and military, and medical equipment. It has become a precision ceramic component at home and abroad. The most advantageous advanced manufacturing technology in China.