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It is Designed to Handle High Radial & Axial Loads
This Type of Bearing is Commonly Used in Various Applications

Bearing is Typically Made from High-quality Materials Which Provides Durability
It is Designed to Handle High Radial & Axial Loads

Toughness, Precision, Reliable, Durable & Cost Efficient



It Have Low Friction & are Optimized for Low Noise
Single Row Deep Groove Ball Bearings are Particularly Versatile



It is Designed to Handle High Radial & Axial Loads
This Type of Bearing is Commonly Used in Various Applications

Top Grade Performance, Longer Life, Best in Class Reliability, Consistent



A Common Sphered Raceway in the Outer Ring & Two
Self-Aligning Ball Bearings Have Two Rows of Balls


It is Designed to Handle High Radial & Axial Loads
Bearing is Typically Made from High-quality Materials Which Provides Durability


High Rotation Speeds
Single Row Deep Groove Ball Bearings with Seals or Shields

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
High Quality, Superior Performance and Reliable

High Rotation Speeds
Low Friction & are Optimized for Low Noise & Low

High Rotation Speeds
Single Row Deep Groove Ball Bearings with Seals or Shields

High Quality, Superior Performance and Reliable
High Speed Capacity, Low Heat Generation, Low Maintenance & Silent


Reduce Rotational Friction
Uses Balls to Maintain the Separation Between the Bearing Races

Single Row Deep Groove Ball Bearings with Seals or Shields
Low Friction & are Optimized for Low Noise & Low

Spherical Roller Bearings are Self-Aligning Bearings Designed for Heavy Radial
These Bearings Automatically Compensate for Large Angular Errors Commonly Called


These Bearings Automatically Compensate for Large Angular Errors Commonly Called
They are Usually of Double Row Design, Both the Rows...











Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction
Hang on, Loading More
Bearing is a rotating part that promotes fluid motion in rotating assemblies. The bearing enables one component to turn about another as a consequence. Large amounts of friction are created when two metal pieces come into contact inside of a machine, and over time, this can cause the material to wear down. Bearings are precise components that allow machinery to move at varying speeds while effectively transmitting heavy loads. They safeguard the components that are responsible for the rotation. In turn, this aids in preserving the spinning shaft's precise location.
So the proper bearing installation is crucial to maximising the performance of your equipment. Using the incorrect bearing can reduce efficiency, increase maintenance needs, and, in the worst situations, make equipment failure expensive to repair. The fact that several bearing types do not simplify your decision-making process. Selecting suitable industrial bearings can be challenging.
Plain Bearings: Plain bearings are the most basic bearings, often known as bushes, bushings, or sleeve bearings. They are typically utilised in machines with rotating or sliding shaft elements because of their cylindrical form and lack of moving parts. They are often used for sliding, rotating, oscillating, and reciprocating motions.
Ball Bearings: The most popular bearings that use balls as the rolling components are undoubtedly ball bearings. Point contact between the balls and the raceways defines them. Ball bearings are employed in a wide range of products, from straightforward devices like skateboards to sophisticated machinery or engines like electric motors and generators.
Roller Bearings: Roller Bearings are highly durable and function on the same principles as Self-aligning Bearings. Roller bearings can withstand heavy radial loads and light axial loads. Typical uses include mining and construction machinery, gearboxes, pumps, motorised fans and blowers, wind turbines, offshore drilling, and naval propulsion.
Hub Bearings: Hub bearing plays a crucial role in vehicle safety and the free and smooth rotation of wheels. Precision bearings, sensors, and more specialised coatings and greases are all for improved performance.
Flange Bearings: Flange bearings have a cylindrical shape with a flange on one side. The flange acts as a thrust area for these bearings, allowing them to sustain minor axial loads and radial stresses.
Load: The bearing load can be measured in several ways. The shaft is subjected to the proper angle of radial load. Axial load is a method for calculating forces that operate on the same axis as the shaft. A system's axial and radial loads can work together to produce a moment or combined load. A bearing must support all these loads throughout their predicted range. Tolerance: Bearings tolerance with spacers' fit and rotational quality are governed by ISO and JIS standards. In machines that need to operate quickly and accurately, it is better to employ pathways with an accuracy level of 5 or above.
Speed: Each bearing is designed to perform well over a specific range of speeds. A fast-moving system will require different bearings than a slow-moving one. Even if they are slightly out of alignment, high-speed bearings must continue to function securely since this might have a far more substantial impact when rotating fast.
Rigidity: Elastic deformation happens when a bearing is loaded at the location where its rolling components make contact with the raceway. The better bearings can manage elastic deformation, the greater their rigidity.
Friction torque: Compared to roller bearings, ball bearings have lower frictional resistance. The friction resistance is minimal when a radial contact bearing is subjected to a pure radial load. When an axial contact bearing is subjected to a pure axial load, friction resistance frequently occurs. So choose according to your need.
Temperature: You must understand how temperature fluctuations impact the components of a rotating system to get the most out of it. A system's journal bearings may generate a lot of heat, and how they respond to heat from other sources is also crucial. It is necessary to adjust the bearing's lubricant to the operating temperature.
FAG Bearings: Schaeffler, founded in 1962, has 19 sales offices, four manufacturing facilities, and three well-known product names in India: FAG, INA, and LuK. It is India's biggest manufacturer of bearings. The Schaeffler Group manufactures various ball bearings, cylindrical roller bearings, spherical roller bearings, and wheel bearings under the FAG brand name.
SKF Bearings: The top bearing manufacturers in India include SFK India. The business was founded in the year 1907. From the beginning, the industry has relied on a worldwide technological approach to create items of the highest calibre that draw in customers. The company's portfolio includes electronics, seals, lubrication systems, bearings and units, and other things. Ball bearings, plain bearings, roller bearings, and track runner bearings are some of their options.
NBC Bearings: Another well-known bearings business in India is NRB Bearings. It is a market leader in producing cylindrical and needle roller bearings. This is one of the top bearing producers, renowned for the high calibre and creative designs that lead to the most effective ways to reduce friction. Since its founding, NRB has expanded beyond its unique product to provide a broad range of high-accuracy friction solutions in the automotive industry and in all versatile applications.
Tata Bearings: TATA Bearing is a well-known bearing firm in India. The company's manufacturing facility is in Kharagpur. A division of the TATA group is the TATA bearing. Due to their ability to create high-quality goods at competitive prices, their manufacturing capacity has increased to 37 million bearings yearly. The Tata Bearings trademark is used for marketing various bearings like ball bearings, magneto bearings, double row angular contact bearings, clutch release bearings, and double row self-aligning ball bearings.
In our daily lives, bearings are one of the most often used tools. Their usage in applications is widespread. Because of the significance of these instruments, Moglix has created a new line of industrial bearings. The best features of Moglix include the ability for users to browse different types of bearing from top brands online, efficient order delivery, and top-notch after-sales support. So don’t wait; start online shopping at Moglix to grab the best discounts.
| Latest Models | Price | Discount |
|---|---|---|
| SKF NJ 310 ECP Cylindrical Roller Bearing, 50x110x27mm | ₹10,714 | 30% OFF |
| ZWZ 32234 Chrome Steel Tapered Roller Bearing, 170x310x91 mm | ₹20,224 | 36% OFF |
| ZWZ 30221 Chrome Steel Tapered Roller Bearing, 105x190x39 mm | ₹3,791 | 36% OFF |
| KEC 23120M/SRB/MB W33 C3 Spherical Roller Bearing, 100x165x52 mm | ₹8,464 | 9% OFF |
| SKF 22212 E Spherical Roller Bearing, 60x110x28mm | ₹11,739 | 30% OFF |
| NBC 43W3-1Px31 Deep Groove Ball Bearing | ₹239 | 35% OFF |
| Adarsh 20x52x15mm Deep Groove Ball Bearing, 6304 SS ZZ A | ₹2,177 | 19% OFF |
| SKF 6301-Z Deep Groove Ball Bearing, 12x37x12mm | ₹181 | 20% OFF |
| NBC 30319 95x200x49.5mm Tapered Roller Bearing | ₹10,621 | 30% OFF |
| ZWZ 32212 Chrome Steel Tapered Roller Bearing, 60x110x29.75 mm | ₹1,008 | 37% OFF |
| Bearings | Min Price | Max Price |
|---|---|---|
| Ball Bearings | ₹29 | ₹176767 |
| Roller Bearings | ₹139 | ₹997779 |
| Flange Bearings | ₹1003 | ₹17841 |
| Plain Bearings | ₹332 | ₹119414 |
| NTN Bearings | ₹116 | ₹26416 |
| Imported Bearings | ₹9798 | ₹9798 |
| SKF Bearings | ₹119 | ₹189729 |
| FAG Bearings | ₹129 | ₹48472 |