The types of bearings that are commonly employed in many paper making machines are spherical roller bearings. They are capable of accommodating both radial loads and axial loads.
Bearings in the paper production process exist in different functions depending on the production demands. They may be utilised to help with the rolling and unwinding of paper materials, but for slitting machines and rewinders, bearings of high speed and high precision are the most suitable.
Bearing for Paper Making Machinery
FEIKEN bearings are utilised in a wide variety of industries, including the agricultural industry, aerospace, automotive, large-scale equipment, household appliances, and the paper-making industry.
The bearings (rolling bearings) in paper machines must be able to adhere to strict specifications like high speed, high temperature, humidity, shaft deflection, and long-term operation throughout the initial stage of paper production.
Because paper making machinery operates in hot conditions, bearings are vulnerable to several kinds of damage, such as early abrasion and creep from bearing variance. High temperature operating conditions also make paper making machine bearings susceptible to issues like inner ring fracture, which can cause work halts.
Not to worry, FEIKEN bearings provide the necessary requirements for the paper making industry under a variety of operating circumstances. Our bearings have a long lifespan, excellent hardness and dimensional stability under high temperatures, and superior resistance to inner ring fractures.
Because paper making machinery operates in hot conditions, bearings are vulnerable to several kinds of damage, such as early abrasion and creep from bearing variance. High temperature operating conditions also make paper making machine bearings susceptible to issues like inner ring fracture, which can cause work halts.
Not to worry, FEIKEN bearings provide the necessary requirements for the paper making industry under a variety of operating circumstances. Our bearings have a long lifespan, excellent hardness and dimensional stability under high temperatures, and superior resistance to inner ring fractures.
Aug 28,2023