1.125 Inch | 28.575 Millimeter x 1.625 Inch | 41.275 Millimeter x 2.5 Inch | 63.5 Millimeter CONSOLIDATED BEARING 94640 Cylindrical Roller Bearings

With NTK BEARING PRECISION AXLE CORP. over 10170 full-service stores, our 1.125 Inch | 28.575 Millimeter x 1.625 Inch | 41.275 Millimeter x 2.5 Inch | 63.5 Millimeter CONSOLIDATED BEARING 94640 Cylindrical Roller Bearings inventory is extensive and our parts are priced right. within Yes (with retaining Bearing Retained 24 hours. This helps you maximize your productivity 1.125 Inch | 28.575 Millimeter x 1.625 Inch | 41.275 Millimeter x 2.5 Inch | 63.5 Millimeter by saving time and your hard-earned dollars.

What is 94640 bearing cross reference?

Brand Name:CONSOLIDATED BEARING
Model Number:94640
Shape:Flanged Pilot Type
Bearing Retained:Yes (with retaining
Volume Discount:Available
Type:Bearings with Housin
Bearing Material:[Steel] Steel
Width T(mm):35
Housing Material:1045 Carbon Steel
Number of Bearings:Double
PDF 94640

Product Details

ShapeFlanged Pilot Type
Bearing RetainedYes (with retaining
Volume DiscountAvailable
TypeBearings with Housin
Bearing Material[Steel] Steel
Width T(mm)35
Housing Material1045 Carbon Steel
Number of BearingsDouble
Flange O.D. H(φ)72
Size (mm)1.125 Inch | 28.575 Millimeter x 1.625 Inch | 41.275 Millimeter x 2.5 Inch | 63.5 Millimeter
View more

Company Profile

Phone 656-5248
View more

Related News

  • Linear Radial (rotating-sliding) Ball Bushings / Linear BearingsThese rotating and sliding ball bushings allow both types of high precision motion. linear radial bearing 0662 RK00. These motions can occur either separately or  Bushings vs....
  • Is it Safe to Drive With a Wheel Bearing Gone? | AutoblogDec 31, 2015 — The most common symptom with a bad wheel bearing is a loud noise coming from the tire or wheel of the vehicle. It will sound like metal grinding  Can a wheel bearing...
  • FAQ - Different Types of Ball Bearings & Applications | GGBThe rotation of the balls causes a reduced coefficient of friction when compared with flat surfaces rubbing against each other. Because there is little surface contact  How Ball...
  • Recommended Products

    All Products Contact Now