COM HCOM COMA Metal to Metal Spherical Plain Bearing

  • COM HCOM COMA Metal to Metal Spherical Plain Bearing for heavy-duty use
  • All-metal design ensures strength and wear resistance
  • Allows smooth rotation and oscillation under high loads
  • Engineered for durability in demanding applications
  • Ideal for OEM replacement or custom machinery builds

PRODUCT DETAILS

Product Description

COM HCOM COMA Metal to Metal Spherical Plain Bearing
COM HCOM with Lubrication Hole Inch Sizes
COM-T HCOM-T with PTFE Liner Inch Sizes
COMA in Metric Size

COM HCOM COMA Metal to Metal Spherical Plain Bearing

COM(-T) HCOM(-T) Spherical Plain Bearing Size ChartCOM(-T) HCOM(-T) Spherical Plain Bearing Size Chart

COMA(-T) Spherical Plain Bearing Size ChartCOMA(-T) Spherical Plain Bearing Size Chart

HOW WE WORK

Service Process

  1. 01

    Select Product

    Choose the product and confirm the specifications you need.

  2. 02

    Confirm MOQ

    Our team confirms the minimum order quantity and production details.

  3. 03

    Send Inquiry

    Share your quantity, application, and delivery requirements.

  4. 04

    Send Drawing or Sample

    Provide a drawing, sample, or measurements for review.

  5. 05

    Start Customization

    We confirm the requirements and begin the customization process.

PRODUCT FAQ

Frequently Asked Questions

What does metal to metal mean for this bearing?

It uses an all-metal race and ball design rather than a PTFE liner, which gives it excellent strength and wear resistance for heavy-duty use.

What's the difference between COM and HCOM?

Both feature a lubrication hole in inch sizes -- check our size chart for the specific dimensional differences between the two.

Is a PTFE-lined version available?

Yes, the COM-T and HCOM-T variants include a PTFE liner in inch sizes.

Is a metric version available?

Yes, the COMA designation covers the metric size range.

What applications use this bearing?

Heavy-duty machinery and off-road applications requiring smooth rotation and oscillation under high loads.

How do I find the correct size?

Refer to the COM(-T) HCOM(-T) spherical plain bearing size chart, or the COMA(-T) chart for metric sizes.