Product Categories

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Ball Bearings

Ball bearing is a type of rolling-element bearing that uses balls to maintain the separation between the bearing races. Ball bearings tend to have lower load capacity for their size than other kinds of rolling-element bearings due to the smaller contact area between the balls and races. However, they can tolerate some misalignment of the inner and outer races. There are several common designs of ball bearing, each offering various performance trade-offs. Deep groove ball bearings  Angular contact ball bearing  Self-aligning ball bearings  Axial thrust ball bearings They can be made from many different materials, including stainless steel, chrome steel, and ceramic (silicon nitride, Si3N4). A hybrid ball bearing is a bearing with ceramic balls and metal races.    

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Ball Bearings
Roller Bearings

There are four main types of roller bearing and each is named after the rolling elements they use. Tapered roller bearings  Cylindrical roller bearings  Spherical roller bearings Needle roller bearings All roller bearings operate using line contact and can carry significantly higher radial loads than ball bearings; most roller bearings are poorly suited to handle axial loads. Roller bearings have higher coefficients of friction than ball bearings and are consequently not suitable for very high-speed applications. Roller bearings do not use the term angular contact or angular load

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Roller Bearings
Pulley Wheel Bearings

Pulley wheel bearing generally refer to a layer of plastic or metal on the outer bread of the bearing. The plastic materials are generally nylon PA, polyoxymethylene POM and engineering plastics polypropylene and pp. Outsourcing plastic has certain hardness, impact resistance, friction resistance and certain self-lubricating type. Plastic coated pulley whell bearings are are widely used in machinery and equipment, industrial assembly lines, furniture and hardware accessories. According to different application purposes, the outer shape of coated metal or plastic can be made into different shapes, and it can be made into a pulley such as a V-shaped groove. U-groove, flat etc.

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Pulley Wheel Bearings
Agricultural bearing

Agricultural machinery bearings (farm machinery bearings )are important basic components of agricultural machinery equipment. Widely used in agricultural vehicles, tractors, diesel engines, electric motors, rakes, balers, harvesters, threshers and other agricultural machinery. Its accuracy, performance, lifespan, and reliability play a decisive role in the accuracy, performance, lifespan, and reliability of the host.  

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Agricultural bearing
Insert Bearings

Radial insert ball bearings are single row, rady-to-fit units comprising a solid outer ring, an inner ring extended on one or both sides, cages made from plastic or sheet steel and P, R, L or T seals. Bearings with an inner ring extended on both sides undergo less tilting of the inner ring and therefore run more smoothly. The outer ring has a spherical or cylindrical outside surface. In conjunction with an housing matched to the bearing type Insert ball bearing are located on the shaft by means of an eccentric locking collar, set screws in the inner ring, an adapter sleeve, drive slot or fit. Radial insert ball bearings are easy to fit, suitable for drawn shafts of grade h6 to h9 and, with a few exceptions, can be relubricated. Some series with an eccentric locking collar and with grub screws in the inner ring are also available with an inch size bore. WIS bearings supply insert ball bearings like : UCseries , SA series , HA series , UK series , SER series ect.

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Insert Bearings
Housed Bearings Unit

Housed bearing unit is a bearing unit that combines insert bearing with housing , is it also called mounted bearing or mounted bearing unit, Most of the outer spherical bearings are made into spherical outer diameter, with a spherical bore imported bearing housing installed together, the structure of a variety of forms, versatility and interchangeability is good. At the same time, these bearings are also designed with a certain degree of centering, easy to install, with a double structure of the sealing device, can work in harsh environments. WIS produce a wide range of mounted bearings, They are: SKF: SYJ, SY, SYH, SYK, SYM, SYF, SYFJ, P NSK: UCP, UCPL, UCHP, UCUP, ASPL, ASPP, ASRPP, UELP, UELPL, UELHP, UELUP, AELPL, JELPL, AELPP, AELRPP, UKP ASAHI: UCP, UGP, UKP, UCPH, CUCP, UCIP, UCPA, UCEP, BLLP, UP, BPP FYH: UCP, UKP, UCIP, UKIP, UCPA, UCPH, BLP, UP, SBPP

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Housed Bearings Unit
Automotive bearings

Automotive Bearings have an important impact on vehicle performance. Bearings for automobiles must be of reliable quality, maintenance-free, long life and low noise.  they are vital for maintaining stability in a vehicle. They assist in keeping the alignment of moving parts, ensuring smooth operation even under extreme conditions. This precise alignment prevents wobble and guarantees improved handling, especially at higher speeds where stability is crucial.

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Automotive bearings
One Way Bearing

One-way bearing is free to rotate in one direction, while in the other direction on a bearing locked. One-way bearings inside the metal shell that contains lots of roller, needle or ball, and the rolling seat (hole) shape so that it can only scroll in one direction, while in the other direction will have great resistance. One-way bearings are widely used in printing machinery, packing machinery, food machinery, two-speed gearboxes, electric roller, exercise equipment, automobile industry, fishing reel, Household appliances; Currency detector, etc.

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One Way Bearing
Forklift bearing

Forklift Bearing is a kind of very important hardware parts,it is different with general plain bearing, it's materials, performance is better than the general bearing. Forklift trucks are widely used in railway stations, ports, airports,factories, warehouses and other departments of national economy, is the mechanical loading and unloading, stacking andshort-distance transport efficient equipment.

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Forklift bearing
Spherical Plain bearings

Spherical plain bearing is mainly composed of an inner ring with outer sphere and an outer ring with inner sphere.The bearing is generally used for swinging motion of low speed. Due to the sliding surface of spherical shape, the bearing is used for tilted movement in certain Angle range ( the self-aligning movement),when the nonconcentricity between the supporting shaft and the shaft shell is bigger, the bearing can still work normally.Joint rod end bearings is a mechanical articulating joint. Such joints are used on the ends of control rods, steering links, tie rods, or anywhere a precision articulating joint is required. A ball swivel with an opening through which a bolt or other attaching hardware may pass is pressed into a circular casing with a threaded shaft attached. The threaded portion may be either male or female.

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Spherical Plain bearings
Special and Customized bearings

Wison bearings supply variety of specialty bearings customized to meet very specific needs. With our application, analytical, and design engineering capabilities, we will design, validate and manufacture the bearing you need.  we try to provide a readily available off-the-shelf solution for your application.  In certain situations our off-the-shelf items don’t quite meet the demanding applications our customers face. In these cases, we have the technical knowledge and expertise to properly design and manufacture a bearing that specifically meets those needs.

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Special and Customized bearings

About Us

Wison bearings is a manufacturer and trader specialized in the research,development and production of bearings
Wison bearings is a manufacturer and trader specialized in the research,development and production of bearings
Company Profile
Dongguan WISON precision machinery co.,ltd (WISON bearings) is a professional bearing manufacturer and exporter with over 15 years industry experience, which located in Guangdong,China. We have a wealth of technical expertise in manufacturing various ball and roller bearings and advanced automatic bearing production lines with over 100million output every year.  Our strict inspection standard to ensure our bearing performing exactly as specified.   
  • Quality Assurance
    Quality Assurance
    More than 10 precise procedures for detecton.
  • After-sales Service
    After-sales Service
    Praviding professional technical knowledge to solve product preblems commitment

Latest News

  • Global Bearing Market: Rapid Growth and Technological Advances in the Automotive Industry from 2022 to 2032
    Global Bearing Market: Rapid Growth and Technological Advances in the Automotive Industry from 2022 to 2032
        Bearing market size from 2023 to 2032       The global bearing market size will be US$130.22 billion in 2022 and is expected to reach more than US$279.83 billion by 2032. The compound annual growth rate from 2023 to 2032 is expected to be 8%.   Bearings are basically used in various types of machinery or equipment, ranging from agricultural equipment, auto parts, household machines to aerospace and defense equipment. Bearings are used in a variety of applications in the automotive sector, including interior trim, wheels, drivetrains and engines. Continuous growth in automobile production, rising demand in emerging countries, and rising demand for technology-enhanced solutions are driving the growth of the global automotive industry bearings market. Since the past few years, the demand for bearings with higher efficiency, less maintenance and longer service life has been increasing.   Ball bearings contain spherical rolling elements and are used for smaller loads, while roller bearings contain cylindrical rolling elements and are used for larger loads. Linear bearings are used to travel straight along an axis and can also rotate. Mounted bearings are bearing assemblies that are preassembled into mounts that are fastened to frames and other structures and are used to support the ends of shafts and other structures.   In addition to ball and roller bearings in linear, radial and mounted forms, bearings include plain bearings for civil engineering purposes, gemstone bearings for small instruments, and very specialized bearings called frictionless bearings, which include magnetic bearings. bearings and air bearings.   A bearing is a machine element that helps reduce friction between moving parts by supporting relative motion. Automobiles, mining machinery, wind turbines, agricultural equipment, machine tools, etc. all require bearings. It is used in automobiles to ensure smooth operation of electric vehicles and other types of vehicles, and technological advancements have improved the overall efficiency and shelf life of bearing products in the automotive industry. The global bearing market is growing at a rapid pace owing to the increased use of bearing materials in various end-use segments, electric vehicles and rolling mills.
    Jan 19, 2024
  • Advanced Roller Bearing Technology Brings a Qualitative Leap To Pulley Systems
    Advanced Roller Bearing Technology Brings a Qualitative Leap To Pulley Systems
    As the manufacturing industry continues to develop, roller bearings, as key components in various machinery and systems, are undergoing major technological breakthroughs to enhance their performance and efficiency to new levels. Manufacturers in the bearing industry are introducing innovative technologies and design improvements to meet the changing needs of diverse applications. Here are the key highlights shaping the roller bearing industry landscape:   1. Integration of high-performance materials: Recent developments in materials science have opened up completely new possibilities for roller bearings. Manufacturers are increasingly using advanced alloys, ceramics and composite materials to increase durability, reduce friction and improve overall wear resistance. These materials not only extend the life of roller bearings but also improve operating efficiency in a variety of industrial environments.   2. Seal bearings for enhanced protection: To meet the demand for greater reliability in harsh environments, there has been a boom in the production of sealed roller bearings. These bearings are designed to provide excellent protection against contaminants such as dust and water, ensuring optimal performance under harsh conditions. The sealed design minimizes the risk of early wear and damage, making these bearings ideal in industries such as construction and agriculture.   3. Internet of Things (IoT) technology for condition monitoring: The introduction of Internet of Things (IoT) technology is a major change in the roller bearing industry. Manufacturers are integrating sensors and connectivity into roller bearings to enable real-time monitoring of critical parameters. This data-driven approach enables operators to implement predictive maintenance strategies and identify potential issues before they happen. As a result, downtime is reduced and the overall efficiency of machinery and systems that rely on roller bearings is significantly improved.   4. Customization for diverse applications: To meet the specific requirements of different applications, manufacturers are offering customized solutions for roller bearings. Whether to comply with specific industry standards or to accommodate unique environmental conditions, custom designs and configurations are becoming increasingly common. This customization ensures that roller bearings can be seamlessly integrated into different systems, optimizing their performance and increasing the overall efficiency of the machinery they support.   5. Sustainability concerns: In line with wider industry trends, there is an increasing focus on sustainability in the manufacturing of roller bearings. Manufacturers are exploring the use of environmentally friendly materials and production processes to reduce environmental impact. From recycled materials to high-efficiency production methods, the industry is moving toward a more sustainable future while maintaining environmentally friendly manufacturing practices.   Overall, the latest developments in roller bearings mark a period of transformation for the bearing industry. These innovations not only improve the performance and longevity of pulley systems but also contribute to more sustainable and efficient industrial practices. As manufacturers continue to push the boundaries of technology, roller bearings play a vital role in the variety of machinery that drives our modern world.
    Jan 16, 2024
  • Future Industry Development Trends of Taper Roller Bearings: Precision, Sustainability, and Digital Transformation
    Future Industry Development Trends of Taper Roller Bearings: Precision, Sustainability, and Digital Transformation
    As industries gear up for the next wave of technological evolution, the development trends of taper roller bearings are poised to undergo significant transformations. Fueled by the ever-growing demand for efficiency, sustainability, and digital integration, the future of taper roller bearings promises groundbreaking advancements.   Here are the focused trends shaping the trajectory of this critical component in machinery:   1. Nanotechnology Integration for Enhanced Performance: The utilization of nanotechnology in taper roller bearings is emerging as a game-changer. This involves manipulating materials at the atomic or molecular scale to enhance mechanical properties. By incorporating nanomaterials, manufacturers aim to achieve superior hardness, reduced friction, and increased wear resistance. This trend holds the promise of elevating the overall performance and longevity of taper roller bearings across diverse applications.   2. Condition Monitoring and Predictive Maintenance: The integration of advanced sensors and condition monitoring systems will become more prevalent in taper roller bearings. Real-time data collection on factors like temperature, vibration, and load conditions enables predictive maintenance strategies. By leveraging data analytics and machine learning algorithms, industries can anticipate potential issues, optimize maintenance schedules, and minimize downtime, thereby enhancing operational efficiency.   3. Sustainable Lubrication Technologies: A significant focus in the future development of taper roller bearings is on sustainable lubrication solutions. Manufacturers are exploring bio-based and environmentally friendly lubricants to reduce the environmental impact of bearing operations. This trend aligns with global sustainability initiatives, promoting greener practices in manufacturing processes without compromising performance.   4. Precision Engineering for Specialized Applications: As industries become more specialized, the trend towards precision engineering in taper roller bearings is gaining momentum. Tailoring bearing designs to specific applications, whether it be high-speed machinery, extreme temperatures, or heavy loads, ensures optimal performance. Customized solutions address unique challenges, providing efficiency and reliability in niche industrial sectors.   5. Digital Twin Technology for Simulation and Analysis: Digital twin technology is set to revolutionize the design and analysis of taper roller bearings. Creating a digital replica of the physical bearing allows engineers to simulate performance under various conditions. This facilitates in-depth analysis, optimization of designs, and fine-tuning before actual production, ultimately reducing development time and costs.   6. Augmented Reality (AR) for Maintenance and Training: The integration of augmented reality in the maintenance and training processes is becoming increasingly significant. AR applications can guide technicians in performing maintenance tasks and provide real-time information about the condition of taper roller bearings. Additionally, AR-based training programs contribute to the upskilling of maintenance personnel, ensuring effective handling and care of these critical components.   7. Edge Computing for Real-Time Decision Making: With the rise of Industry 4.0, edge computing is becoming integral in the future of taper roller bearings. Processing data locally at the edge of the network enables real-time decision-making. This is particularly beneficial in applications where immediate responses to changing conditions are crucial, ensuring optimal bearing performance in dynamic environments.   The future development trends of taper roller bearings are characterized by a focus on precision engineering, sustainability, and the seamless integration of digital technologies. These trends collectively aim to address the evolving needs of industries, providing efficient, reliable, and environmentally conscious solutions. As technology continues to advance, taper roller bearings are set to play a pivotal role in the digital and sustainable transformation of machinery across various sectors.
    Jan 16, 2024
Bearings We Offer
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Industry application

Our products can be widely used in agricultural machine , motor vehichles, navigational instrument, power toolds, household application, medical equipment, construction machine,etc. 
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