Ceramic Core Nozzle

Ceramic Core Nozzle is a high-precision spray nozzle featuring a durable ceramic core embedded within a robust metal body, ensuring stable performance and extended service life. The ceramic insert provides excellent resistance to wear, corrosion, and high pressure, helping maintain consistent flow rate and spray quality during long-term operation. Ceramic Core Nozzle delivers uniform spray distribution and reduces the risk of clogging, improving overall system efficiency. Multiple orifice sizes, spray angles, and connection options are available to meet different installation requirements. Its solid structure ensures reliable operation, stable atomization, and consistent performance in continuous production environments. It is widely used in cleaning, cooling, humidification, rinsing, and various industrial fluid handling processes.

Categories: Alloy/Gem Nozzles, Spray Nozzles

Material: Ceramics

Min Pressure(bar): 0.3

Max Pressure(bar): 35

Spray Angle: 0° ~ 110°

Features:

Ceramic Core Nozzle, also known as Ceramic Core Spray Nozzle, delivers excellent performance in industrial spraying applications requiring high wear resistance and stable operation. Manufactured with high-quality ceramic materials such as alumina or zirconia, it provides superior hardness and long-lasting durability compared to conventional metal nozzles.

Outstanding resistance to abrasion makes it especially suitable for applications involving particles, slurries, or high-speed fluids. The ceramic core maintains its shape and performance over extended periods, reducing wear-related performance loss and ensuring consistent spray quality. Ceramic materials also offer strong resistance to corrosion, allowing reliable operation in acidic, alkaline, or chemically aggressive environments.

Ceramic Core Nozzle performs well under high temperature conditions and maintains structural stability even in thermal stress environments. Its precision-formed orifice ensures accurate flow control and uniform spray distribution, producing fine droplets and consistent coverage. The internal core structure helps create stable spray patterns, improving efficiency in spraying, cooling, cleaning, or atomization processes.

Smooth internal passages reduce the risk of clogging and buildup, supporting long-term continuous operation with minimal maintenance. With significantly extended service life, it lowers replacement frequency and improves overall cost efficiency.

Applications:

Suitable for drying equipment, ultra-fine grinding equipment, fine chemical industry, electronic slurry, semiconductors, new energy, nanomaterials, medical devices, precision casting, petrochemical industry, aerospace, mechanical manufacturing, and various other high-end and precision fields.