1. Drawn Cup Needle Roller Bearing With Retainer

The outer ring is punched with the steel sheet. It is unnecessary to add grease for a long-term operation because of large grease storage capacity. Since one end of the close-end bearing is sealed, it is suitable for the end of shaft with bearing the small axial sliding force.

Model HK, TA, TLA, open –end drawn cup needle roller bearings with retainer

Model BK close-end drawn cup needle roller bearing with retainer

Model SCE, BA, J, JH, drawn cup needle roller bearings (Inch series)

2.Drawn Cup Full Complement Needle Roller Bearing

This kind of bearing is with high load capacity. It is suitable to running in swinging operation with low and middle speed.

Model F, FH open-end drawn cup needle roller bearing with full of needles

Model MF, MFH hole-sealed drawn cup needle roller bearing with full of needles

Model FY open-end drawn cup needle roller bearing with full of flat-head needles

Model MFY close-end drawn cup needle roller bearing with full of flat-head needles

3.Drawn Cup Needle Roller Bearing With Seal Ring

Model HK---2RS open-end double-seal drawn cup needle roller bearing,
Model HK---RS open-end single-seal drawn cup needle roller bearing,
Model BK---RS close-end single seal drawn cup needle roller bearing

4.Drawn Cup Needle Roller Clutch, Drawn Cup Needle Roller Clutch Assembly

Model HF, HFL, RC, RCB

5..Needle Roller Bearing Without/With Inner Ring

Model RNA, NK Needle Roller Bearings Without Inner Ring

Model NA, NKI Needle Roller Bearings with Inner Ring

6.Seal Ring Needle Roller Bearings With/Without Inner Ring

Model RNA…RS, RNA…2RS,NK...RS, NK...2RS; NA...RS, NA...2RS; NKI...RS, NKI...2RS

7Needle Roller Without Shoulder And (With) Inner Ring

Model RNAO needle roller without shoulder and inner ring

Model NAO needle roller without shoulder and with inner ring

8.Full Complement Needle Roller Bearing With/Without Inner Ring

Model NAV full complement needle roller bearing with inner ring

Model RNAV full complement needle roller bearing without inner ring