Orkot Bearings-manufacture,factory,supplier from China

The selection of appropriate construction machinery bearings is crucial to the performance and life of mechanical equipment. Ensure that the bearing meets the working conditions and load requirements, which can reduce the failure rate and improve the reliability and service life of the equipment. At the same time, regular maintenance, timely replacement of lubricating oil, cleaning and inspection of bearings can extend the life of bearings and reduce the possibility of failure.

We are an authorized ntn bearings distributor. NTN is a leading manufacturer of virtually all bearing types. We canprovide most of the bearing products in NTN bearing catalogue.

Loaders: Loaders are used to load and unload various materials, and their working conditions require the wear and impact resistance of bearings. Cylindrical roller bearings or bi-directional thrust ball bearings that are resistant to high speed work are usually used on loaders.Cranes: Cranes are used to lift and move heavy goods and are required to withstand high tensile and compressive loads.

Rotary bearing is an important mechanical component, which is widely used in various industrial equipment and mechanical devices. It bears the radial load, axial load and moment load under the rotating motion, and plays the role of support and rotation. The following will introduce the structure, working principle, application field and maintenance of the rotary support bearing in detail.Rotary support bearings are usually composed of an inner ring, an outer ring, a rolling element (ball, roller, etc.) and a cage.

The main uses of conical roller bearings include the following aspects1. Construction machinery field: Conical roller bearings are widely used in all kinds of heavy construction machinery and equipment, such as excavators, loaders, bulldozers, road rollers, cranes, etc. These equipment need to withstand large axial load and radial load, and have high speed and accuracy requirements, cone roller bearings can meet these requirements to ensure the normal operation of the equipment.2.

During use, CAM bearings need to pay attention to maintenance and maintenance to ensure their normal operation and extend their service life. It is important to keep the camshaft surface clean to avoid dust and impurities entering the bearing parts. Regular oil changes are also essential to maintain good lubrication between the camshaft and the bearing.The role of CAM bearings in the engine is crucial. A high quality CAM bearing can effectively reduce friction and wear, improve engine performance and efficiency.

Thrust ball bearings are the driving force behind smooth, high-performance machinery. Engineered for optimal axial load handling,these bearings excel in applications requiring precision, reliability, and durability. Whether in automotive systems, heavymachinery, or aerospace technology, their seamless operation ensures efficiency and sustained performance.With their advanced design and materials, thrust ball bearings minimize friction, enabling machinery to operate seamlessly under intense pressure and varying speeds.

Sliding bearings are sliding friction, with large contact surface, simple structure, small volume, strong bearing capacity, good vibration resistance, but large friction coefficient, easy to generate heat, need sufficient lubrication, suitable for low speed and heavy loadRolling bearings are rolling friction, compared with sliding bearings, their contact surface is small (point contact for ball bearings, line contact for roller bearings), small friction coefficient, less heat generation; less wear and tear, good accuracy retention; suitable for higher speeds run down.

Agricultural engineering involves a wide range of machinery, equipment and tools, including tillers, tractors, rake machines, balers and high-power harvesting machinery such as green feed harvesters and combine harvesters. A variety of different mechanical equipment, also need to face the harsh working environment. The dusty conditions in summer have very high requirements for bearing seals. In addition, farming machinery bearings are usually integrated with flanged housings to simplify assembly.

High quality: UBC bearings are made of excessive first-rate substances and have passed through strict satisfactory manage and checking out to make certain reliable product quality.High precision: UBC bearings use superior manufacturing science and precision machining technology, with particular measurement and excessive accuracy, to make certain steady performance.Strong durability: UBC bearings have exceptional put on resistance and corrosion resista

The important measure to reduce automobile fuel consumption is to design low friction torque hub bearings, and the main factors affecting the bearing friction torque is the type of bearing and preload, and the bearing seal accounted for a large proportion of the friction torque components. Therefore, improving the seal design to reduce the friction torque can significantly improve the performance of hub bearings.

Double-row tapered roller bearings are usually used in applications that require large loads and high-speed rotation, such as wind turbines, metallurgical equipment, rolling mills and heavy machinery, etc.

"Introducing our premium angular bearing, engineered for unparalleled performance in demanding industrial settings. These bearings exhibit exceptional load-carrying capacity, ideal for heavy-duty applications requiring precision and reliability. Their high-speed operation and precision angular contact design ensure superior axial and radial load handling, maintainingstability and accuracy even under challenging conditions.Crafted with advanced materials and cutting-edge raceway design, these bearings offer enhanced rigidity, crucial for heavyload-bearing scenarios.

There are two main types of bearings widely used in industrial robots: constant cross-section thin-walled bearings and RU cross roller bearings. The bearing of an industrial robot is one of the key components suitable for the joints of industrial robots or the turntables of machining centers, robots, medical devices, measuring instruments, IC manufacturing equipment, etc., and has a wide range of uses.

 Deep Groove Ball Bearings Deep Groove Ball Bearings are highly versatile and extensively used in various industries due to their ability to support higher radial loads and moderate axial loads.

Structure: THK linear bearing is mainly composed of bearing body, ball, cage, guide rail and other parts. The bearing body is usually made of high-strength alloy steel, and the cage is made of high-wear-resistant materials. The ball is to play a role in reducing friction and support.Working principle: The working principle of THK linear bearing is to make the ball slide smoothly on the guide rail through the friction of the bearing body and the guide rail, so as to achieve the linear movement of the workpiece or equipment.

Railway Axle BearingsAxle bearings: tapered roller bearings, tapered roller bearing boxes, cylindrical roller bearings, spherical roller bearings. Railway axle bearings can be subjected to high shocks and loads. Mounting space is also limited, so in many cases compact, double-row bearings with high load ratings are used.Railway Axle Box BearingAxlebox bearings should have a large load carrying capacity, be able to resist shock vibration, and must have a high life expectancy, safety and reliability, smaller size and quality.

Railway bearing is a kind of application in railway bearing, wheel bearing railway locomotive vehicle shaft systems with different application conditions with different structural design, locomotives, passenger car axle box, bearing through the axle box connected to the bogie, railway wagon axle box, bearing with bogie side frame connected by load-bearing saddle bearing wheel and impact load between the bogie frame, and more Corners is under the axial load of wheel bearing structure contains a cylindrical roller bearing, cylindrical roller bearing unit, taper roller bearing, tapered roller bea

The inner and outer rings are made of high-quality bearing steel material, with good hardness and wear resistance, and can withstand high-speed rotation and heavy load conditions.The roller adopts cylindrical or conical design, which can effectively share the radial and axial load, reduce rolling friction, and improve the rotation efficiency of the bearing.The cage is made of steel or copper material, with good strength and toughness, which can support the roller stably and extend the service life of the bearing during high-speed operation.The aligning design can automatically adjust the relat

Typical applications include Combine harvesters, balers, seeder, tillage and lawn and garden machinery. This range of bearings for agricultural machinery complements our large stock of housed bearings units.Agricultural Ball Bearings are used in nearly every piece of machinery you see.

Product Description:The 0.5mm thickness of galvanized roof plate is light in weight and can meet the roof bearing requirements of small houses, simple carsheds and other buildings.

Agricultural FAFNIR Bearing insert bearing 203KRR2 203 RR2 203RR2 are with particularly thick-walled outer rings. In addition to high radial forces, these bearings can also support axial forces in both directions.The outer rings have a crowned or cylindrical outside surface.

The single-row four-point contact ball slewing bearing has the characteristics of compact structure and light weight, which makes it widely used in construction machinery. Because the steel ball and the circular raceway contact at four points, this support can bear axial force, radial force and heeling moment at the same time, with high bearing capacity and stability. Applicable scope includes rotary conveyor, welding operator, small and medium-sized cranes, excavators and other construction machinery, is a multi-functional, efficient slewing support structure.

High temperature resistant bearing: The material itself has resistance to high temperature 1200 ℃, and good self-lubrication, tem- perature between 100℃ to 800℃ should not produce temperature difference caused by the expansion.