How to Enhance Bearing Service Life for High Speed Applications

Bearings can naturally wear and tear over certain time. However, for bearing parts used in high-speed applications, the wear and tear can become a critical issue.

High speed applications mean more heat and more friction. This might create problem for bearing well-being. Without proper precautions and planning, the extra heat and friction in high-speed applications can cause slippage and breakage in rolling and plain bearings. This will not only make you lose your part replacement budget but can also lead to loss of potential revenue due to unplanned downtime.


But luckily, a blend of reliable bearing solutions and preventive measures can help you ensure your bearings are engineered to handle high speeds. Read on to know what you can do enhance the lifespan of your rolling bearings and plain bearings.

  • Lubricate the Bearings– If you are looking for the best way to minimize the impacts of friction during high speed applications, proper lubrication is your solution. A well-lubricated bearing can reduce churning, breakage and slippage. It will also limit wear and tear and prevent failures that might otherwise occur in the future.

    If you are wondering how, you can begin by identifying the right lubrication for your bearing. Different operating speeds need different viscosity oils so that your machine can run smoothly. Choosing improper lubrication material for your bearings can further destroy your bearings. Therefore, choose wisely.


    Moreover, make sure that you lubricate the bearings at regular intervals. Or plan a manual re-lubrication that allows the part to re-lubricate itself, whenever needed. Furthermore, use the right amount of lubrication for your bearings as too much can also lead to churning and too little can cause excess wear and tear.

  • Match your bearings with the load requirements–Along with proper lubrication; load requirements also play a major role in deciding the lifespan of your rolling bearings. Although you can alter the bearing’s overall load, it is easier to match your bearings with your load requirements initially as per your application needs.

    Too light or too heavy loads can both pose a problem for bearings service life. Excessive high weights can lead to part failures, excess vibration and noise. If that’s not enough, they can make your bearings fracture over time and lead to their failure. On the contrary, low loads can increase slippage, which will eventually result in damage. Thus, it is vital to understand your bearing’s load requirement for longer lifespan.

Choose a Bearing Supplier that’s Right for your Needs

Choosing the ideal bearing supplier for your applications will not only help you run your system optimally, but also save you from the hassle that is caused if your bearing fails abruptly. At Premier Bearings, we supply Schaeffler bearings in India that are the best in the market. We can help you with identifying your applications and accordingly design a solution perfect for your needs and budget. With our renowned network of Schaeffler bearing experts, we will be able to find you a skilled bearing engineer for all your needs.
So, are you looking for quality rolling bearing solutions for high speed applications? Get in touch with us for all your bearing needs today!

 

Comments

Post a Comment

Popular posts from this blog

Schaeffler’s Arcanol: Elevating Bearing Performance with Advanced Lubrication

Image
  Choosing the correct lubricant is essential in ensuring that rolling bearings and linear units can achieve the desired performance and service life. Schaeffler's Arcanol lubricating greases undergo rigorous quality tests before supply. The quality of each batch is thoroughly tested and accounted for. In Schaeffler’s own analytical laboratory, the Arcanol lubricating greases are checked for their chemical and physical properties following strict guidelines to ensure high product quality. Lubricants Schaeffler’s lubricants offer significant benefits, enhancing the running behaviour of bearings and extending the life and operational reliability of the bearing arrangement. The lubricant range is graduated in such a way that it can be used in almost all areas of applications. This is evident as they can withstand various operating conditions and are suitable for all rolling bearings due to their completion of different testing procedures. In 2015, Schaeffler conducted over 50,000 hou...
Read more

The Role of Bearings in the Aviation Industry

Image
  Though small in size, bearings are the backbone of many industries that involve rotary machines and equipment. The aviation industry is no exception. However, this industry demands bearings that can handle extreme heat and immense pressures. They should be able to operate efficiently in corrosive environments. In this blog, we look at a few important applications of bearings in this aviation industry. Key Applications of Bearings in Aviation Bearings offer frictionless, smooth rotational, and linear motion between moving parts in the aviation sector. Commonly, in aircraft components, they are used in engines, flight control systems, and auxiliary power units. Flight Control Bearings Control bearings are specially designed to ensure smooth and responsive aircraft maneuvering. But how do these bearings help? Basically, they minimize friction and enable precise movement of control surfaces like ailerons, elevators, and rudders. For example, flight control linkages rely on spherical ...
Read more

Types of Main Bearings Used in Marine Industry

Image
  Lead Bronze, Bi-Metal, and Tri-Metal bearings: These three types of bearings play a huge role in the marine industry. They are utilised to support rotating shafts and reduce friction to ensure smooth rotations. These bearings come with distinct benefits such as high load-bearing capacity, wear and corrosion resistance. Let us explore what these three bearings are made of, how many layers they have, and what they are used for. Lead Bronze Bearing Flash layer: This topmost layer is composed of tin and lead. It is 0.035mm thick. This layer’s job is to protect the bearing from getting corroded and dust when not being used. It flashes off when a bearing is running. Nickle Barrier: This 0.02mm thick layer - made of nickel - helps prevent corrosion and avoid diffusion of tin into bearing metal. Lead Bronze: The third layer comes with an anti-seizing property. It is made of lead bronze. This layer is great at preventing parts from sticking together. In the setup, it is the main part th...
Read more