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TORRINGTON 29476 Bearing Details：

Bearing Name 29476 New Model 29476 Old Model 9039476 bearing product Model 29476 Category Thrust Roller Bearings Brand TORRINGTON Bearing Inner Diameter d ( mm ) 380 Outer Diameter D ( mm ) 670 Thickness B ( mm ) 175

TORRINGTON 29476 Bearing   Bearing Size and Drawing：

Model	Inner Diameter d(mm)	Outer Diameter D(mm)	thickness B(mm)	Brand	Type
TORRINGTON 29476 Bearing	380	670	175	TORRINGTON	Thrust Roller Bearings
NSK 29476 Bearing	380	670	175	NSK	Thrust Roller Bearings
NSK 29476 Bearing	380	670	175	NSK	Thrust Roller Bearings
NACHI 29476 Bearing	380	670	175	NACHI	Thrust Roller Bearings
FAG 29476 Bearing	380	670	175	FAG	Thrust Roller Bearings
TBS 29476 EM Bearing	380	670	175	TBS	Thrust Roller Bearings
NACHI 29476 Bearing	380	670	175	NACHI	Thrust Roller Bearings
TORRINGTON 29476 Bearing	380	670	175	TORRINGTON	Thrust Roller Bearings
KOYO 29476 Bearing	380	670	175	KOYO	Thrust Roller Bearings
NTN 29476 Bearing	380	670	175	NTN	Thrust Roller Bearings

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Thrust roller bearings (including thrust cylindrical roller, thrust tapered roller, and thrust self-aligning roller bearings) mainly consist of a shaft ring, a housing ring, rollers, and a cage.
They employ a line contact design and offer advantages such as extremely high axial load capacity, good rigidity, impact resistance, and the ability to withstand certain radial loads (thrust tapered roller bearings) or possess self-aligning functionality (thrust self-aligning roller bearings). Compared to thrust ball bearings, their axial load capacity and impact resistance are significantly stronger. Compared to thrust cylindrical roller bearings, thrust tapered roller bearings can withstand additional radial loads, while thrust self-aligning roller bearings can compensate for alignment errors, making them suitable for heavy-duty applications requiring higher load capacity, rigidity, and adaptability to operating conditions. These bearings are primarily used in heavy-load, low-speed, or medium-speed applications requiring the withstand of enormous axial thrust. Typical applications include ship propeller thrust shafts, large vertical turbine main shafts, heavy-duty crane slewing mechanisms, oil drilling rig rotary tables, rolling mill pressing mechanisms, large gearboxes, and hydraulic presses.