The paper machine doctor blades developed by Tianmeng Company were developed through innovative management, industry-university-research cooperation with colleges and universities, and after two years of research and development through many tests. It developed medium and high-speed ceramic coating doctor blades, Wrinkling scraper blade series products.
Since its establishment, Tianmeng Company has focused on thermal spraying technology services. In its cooperation with the papermaking industry, it was discovered that the consumable scraper products in papermaking enterprises, especially the scraper blades of China's high-speed paper machines, are still blank in China. Tianmeng New Materials Company has both material advantages and the assistance of thermal spray metal, so it began to develop paper machine doctor blades. In the early stages of research and development, Tianmeng Company positioned paper machine doctor blades as mid-to-high-speed paper machine doctor blades. Targeting the quality of foreign imported products, it selected substrates with high stability and high performance, and adopted advanced imported equipment and strict quality management of the production process. , it took two years to successfully develop.
The paper machine ceramic scraper blade developed by Tianmeng Company is made by using the company's professional thermal spray processing technology to spray ceramic on the edge of the pre-treated steel scraper and then grind it. Due to the characteristics of the ceramic material itself and the assistance of thermal spraying technology, the surface strength of the prepared ceramic coating is greatly improved, and the continuous working time is more than 5-6 times that of ordinary steel knives. It can not only reduce the frequency of replacement and improve work efficiency, Moreover, the occurrence of paper defects, paper breaks, and paper damage is greatly reduced, making it more cost-effective.
Tianmeng series paper machine doctor blades can be customized and processed according to product parameters, such as edge angle, straightness, parallelism, roughness, flexibility, wear resistance and other properties.
