Paper industry | Taiwan Fimitech Corp.

Paper

In the papermaking process, various components come into contact with moisture, whether it's wood processing, pulp forming, milling, or fiberization. The machinery and systems endure high mechanical stress. Operating in such humid and high-pressure environments for extended periods can lead to corrosion and wear issues in the components. This significantly impacts costs and system operational efficiency. Therefore, using effective lubricants is crucial to forming a protective film on the machine parts' surfaces, preventing the erosion caused by moisture and humid air, reducing friction and wear, ensuring stable operation, reliability, and minimizing losses, maintenance costs, and downtime. This meets the requirements for high efficiency and system availability.

For different stages of the papermaking process, we offer various lubrication solutions. In the wood processing stage of pulp and paper mills, the BECHEM High-Lub SW 2 series lubricants are designed with special water-resistant properties, making them particularly advantageous and beneficial on wet surfaces. Lubricants like the BECHEM High-Lub FA series are used for main bearings. They are designed for lubricating bearings of bark-peeling drums or rotor drives and offer excellent performance for the most extreme lubrication demands. The BECHEM High-Lub FA 67 series lubricants meet requirements such as high mechanical stability, high load-carrying capacity, excellent water resistance, and outstanding corrosion protection.

The BECHEM Berulit GA series can reliably supply open gear drives and pulleys. Due to their excellent adhesion to metal surfaces and lack of dust attraction, they ensure low consumption rates. The BECHEM High-Lub FA 67 series and Berutox M 21 series are lubricating greases with extremely high mechanical stability, reliably protecting bearings from wear, corrosion, and resulting failures. Using Berusynth 15 H1 lubricant on blade edges significantly extends the life of the cutter, reducing wear and preventing excessive attachment of paper fibers.