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Ceramic anilox rollers are precision tools widely used in industrial production. They are known as the "core components" of printing and coating processes due to their excellent wear resistance, chemical stability and excellent cell design. This roller is usually used to control the amount of liquid coating or ink dispensed to ensure high precision and consistency in the production process.

Water quenching rollers can provide precise temperature control during the cooling process to ensure that the material will not deform or crack due to uneven cooling during the cooling process. This is crucial to improving product quality and production efficiency.

Water quenching rollers are mainly used to quickly cool metal workpieces that have been heated. Its basic structure includes rollers, cooling water distribution system and conveying device. The metal workpiece is heated to the austenite phase region (usually between 800°C and 900°C) in a high temperature environment, and then cooled by water quenching rollers to quickly cool it down.

Manufacturing process of ceramic anilox roller: 1. Preparation stage 1.1 Selection and processing of substrate 1.2 Surface pretreatment 2. Spraying of ceramic coating 2.1 Thermal spraying technology 2.2 Coating thickness control 2.3 Coating post-processing 3. Anilox engraving 3.1 Laser engraving technology 3.2 Anilox type 4. Coating protection

The anilox roller is mainly composed of the following key parts: roller shaft, substrate, mesh structure and surface coating. Each part plays an important role in the overall performance of the anilox roller.