The scraper system is an important industrial equipment component. Its types, functions, applications and technical improvements are constantly improving and perfecting with the development of industrial technology.

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The main functions of the scraper system include:

Cleaning and scraping: scrape away excess materials, ink, paint, etc. on the surface of the equipment or the working area to keep the working surface clean and smooth.

Control material flow: In specific processes, such as disc pelletizing machines, the scraper system can control the flow and distribution of materials to ensure the smooth progress of the production process.

Improve product quality: Reasonable scraper configuration and management can significantly improve product quality and consistency and reduce defective rates.

For problems that may arise during the use of the scraper system, such as severe wear and frequent replacement, the technical improvements mainly include:

Optimize scraper material: Use more wear-resistant and corrosion-resistant materials to make scrapers to extend their service life.

Improve scraper structure: By changing the shape, angle and installation method of the scraper, reduce the contact area and friction with the working surface and reduce the wear rate.

Intelligent management: Introduce technical means such as intelligent early warning and automatic replacement to improve the management efficiency and reliability of the scraper system.

The scraper system is widely used in many industrial fields, including but not limited to:

Metallurgical industry: used in equipment such as disc pelletizers to produce metallurgical raw materials such as pellets.

Printing industry: used in printing presses to scrape off excess ink on the roller to ensure printing quality.

Chemical industry: In the process of handling liquid media such as hydrogen peroxide and sodium hydroxide, the scraper system can be used to control the flow and distribution of liquids.