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  • Notice of End of Sales for Economy Series Pneumatic Equipment Category. More information.

Ball Bearings(Specifications, Environment:Abrasion Resistant)

Bearings are mechanical components in a machine that are used to reduce friction between moving parts and support axial and radial loads.It is commonly used in machines and equipment that require rotational motion, such as generators, motors, pumps, and so on. There are many types of bearing to choose from for example Deep Groove Ball Bearing (Single Row and Double Rows), Angular Contact Ball Bearing, Thrust ball bearing and so on.Moreover, you can select based on other specifications like inner diameter (bore size), Bearing type, Load Direction, Precision, Environments, etc. Recommended brands for bearing include MISUMI, ESCO, NTN and NSK.Bearings are available with free delivery and no minimum order. If you have any questions about product selection or any concerns, our specialists are available to assist with any inquiries.
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  • Economy series

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    Ball Bearings Plastic, POM
    MiSUMi Economy

    Ball Bearings Plastic, POM

    MiSUMi Economy

    MISUMI

    Ball Bearings Plastic, POM
    Plastic ball bearings are commonly utilized in conditions that require corrosion resistance, electrical insulation, low weight, or low friction. These bearings are available in various sizes to choose from.
    [Feature]
    ● Bearing Size Standards: Metric System
    ● Inner Diameter Minimum / Maximum (mm.) : 4 and 20
    ● Outer Diameter Minimum / Maximum (mm.) : 13 and 47
    ● Width Minimum / Maximum (mm.) : 5 and 14
    ● Bearing Type : Open (No cover)
    ● Load Direction : Radial / Thrust Load or Axial Load
    [Application]
    It is used to support and guide rotating machine's components, such as shafts, wheels, pulleys ,etc

    • Volume Discount
    CAD :
    2D / 3D
    Inner Dia. d(Ø) Outer Dia. D(Ø) Width B(mm) Raceway Ring Shape Bearing Type Outer Ring Type Inner/Outer Ring Material Basic Dynamic Load Rating(N) Specifications, Environment Precision (JIS) Load Direction Rolling Element Material Size Standards Number of Raceway Ring Rows
    4 ~ 20 13 ~ 47 5 ~ 14 Ball Open Flat Plastic - Abrasion Resistant - Radial / Thrust Stainless Steel Metric System Single Row
    From: ₹ 71.00
    Days to Ship: Same day
    day to ship Same day
Brand
Product Series
CAD
From
Days to Ship
Specifications
Inner Dia. d(Ø)
Outer Dia. D(Ø)
Width B(mm)
Raceway Ring Shape
Bearing Type
Outer Ring Type
Inner/Outer Ring Material
Basic Dynamic Load Rating(N)
Specifications, Environment
Precision (JIS)
Load Direction
Rolling Element Material
Size Standards
Number of Raceway Ring Rows

    You can add up to 6 items per a category to the compare list.

    Ball Bearings Plastic, POM
      Brand

      MISUMI

      MiSUMi Economy

      Product Series

      Ball Bearings Plastic, POM

      CAD
      • 2D / 3D
      From

      ₹ 71.00

      Days to Ship Same day
      Specifications
        Inner Dia. d(Ø)4 ~ 20
        Outer Dia. D(Ø)13 ~ 47
        Width B(mm)5 ~ 14
        Raceway Ring ShapeBall
        Bearing TypeOpen
        Outer Ring TypeFlat
        Inner/Outer Ring MaterialPlastic
        Basic Dynamic Load Rating(N)-
        Specifications, EnvironmentAbrasion Resistant
        Precision (JIS)-
        Load DirectionRadial / Thrust
        Rolling Element MaterialStainless Steel
        Size StandardsMetric System
        Number of Raceway Ring RowsSingle Row

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        1. 1

        Related Categories to Ball Bearings

        FAQ Bearing

        Question: How to select the right ball bearing for your application
        Answer: 1. Choose a bearing that is fit to the "Bore" and "Shaft’s diameter" for not being loose in installation and causing misalignment.
        2. Choose a bearing that is matched to the shaft's rotating speed to reduce heat in the "Ball" and "Ring" that will make bearings deteriorate.
        3. Choose a bearing that is matched to the "radial load" and "axial load" of the application.
        4. Choose a bearing that has clearance that matches the temperature in the operation area, like the conveyor of a furnace, because "Ball" and "Ring" will expand from heat and create more.
        5. Choose a bearing that is compatible with the environment of the operation area, like a bearing that has a dust cover to prevent dust from creeping in or a bearing that is capable of heat resistance.
        Question: What are bearing types and their various applications
        Answer: Normally, bearing can be divided into 2 groups:
        1. Rolling-element bearings that contain "Balls" or "Rollers" between the "Outer - Inner Rings" to carry loads These bearings have 2 types.
          1.1. Ball bearing: use balls as rolling elements. It can take bolt "Radial Load" and "Axial Load". Example: Bearing in a Bicycle’s Wheel.
          1.2. Roller bearing: use rollers as rolling elements. Good to carry "Radial Load". Example: Bearing in the Conveyor’s Pulley.
        2. Plain bearing: It has 2 components. 1st is "Journal" which is a hollow cylinder case, and "Journal Bearing" which is an inside bore. This plain bearing uses oil as lubrication and is capable of self-alignment. Good for low rotating speed and eccentric force like an excavator cylinder rod end.
        Question: How to read and use a ball bearing size chart? Please use this picture
        Answer: How to read and use a ball bearing size chart
        Basically, bearing size tables contain 4 columns.
        - 1st column is Part Number.
        - 2nd column is "Inside Diameter" or “d” which tells the size of the shaft.
        - 3rd column is "Outside Diameter" or “D” which tells the size of the bore.
        - 4th column is “Bore” or “B” which tells the width of the bearing so that it can be installed properly.
        - Some types of bearing size chart might have other columns for more detail. Such as rotating speed, basic load rating, mass etc.
        The above information is referenced from Product catalog from MISUMI. In some manufacturers, the order of the tables may slightly change.
        Question: What are the different types of ball bearings?
        Answer: - There are many types, each suited for specific applications. Here are some common ones:
        - Deep groove ball bearings: Handle both radial and light axial loads (most common type).
        - Angular contact bearings: Designed for primarily radial loads or a combination of radial and axial loads.
        - Thrust bearings: Primarily handle axial loads.
        - Self-aligning ball bearings: Can accommodate some misalignment between the shaft and housing.
        - Linear ball bearings: Allow for smooth linear motion along a shaft.
        Question: What are bearing materials and their properties
        Answer: - Carbon steel is the cheapest and strongest,  but the material has low heat resistance and is not able to take high loads or a high rotating speed.
        - Chrome steel is stronger and able to take a higher load than carbon steel, but it requires lubrication. and the material is not resistant to chemicals and corrosion.
        - Stainless steel has high efficiency, strong, and resistant to corrosion. but it’s heavy, requires lubrication. and expensive.
        - Ceramic have high-temperature resistant, resistant to corrosion and light weight. but load capacity is lower than steel Bearing.
        - Polymer have many varieties: nylon, polyethylene (PE), etc. The Polymer’s bearing has low-friction properties, light weight, resistance to rust. but it’s expensive and low of heat resistance.
        - Hybrid is created by combining materials for the highest load capacity. capable of being heat-resistant and be able to work under conditions of high rotating speed. But it’s extremely expensive and hard to find. So, it has been used for specific applications only.
        Question: How to troubleshoot common problems with ball bearings
        Answer: 1. Flaking: Mostly, this problem arises from fractions that creep into bearing. made the ball/Roller or roller scratch with internal parts. This could be prevented by using bearings that have a dust cover and lubricating them with grease.
        2. Rusting: The source of this problem comes from water/humidity that gets inside the bearing. Lubrication by using grease is going to coat the bearing’s surface and prevent contact with humidity in the air.
        3. Cage distortion: Mostly, this problem comes from drop bearings. But in any case, misassembling is also the cause of the problem. Example Clearance after assembly is not up to standard. Made it to have a gap that balls bump with cage.
        4. Fracture: This could be caused by many reasons, but in summary, it is caused by bearings taking a higher load than is allowable. like using the wrong type of bearing or a machine working in the wrong condition.
        Question: What distinguishes a simple ball bearing from a deep groove ball bearing?
        Answer: Deep Grove Ball Bearings have a raceway that fits the size of the balls. That’s made the Deep Grove Ball Bearing more stable and able to take a higher load than a normal bearing. Still, it has low-friction properties and can take both radial and axial loads.
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