customized eight-stage basic tandem axial roller bearings F-81657-0100.T8AR

FOB Price 100 - 300 USD / USD

Quantity	2 - 100
Price	300 USD

MOQ	2 pcs
Port	SHANGHAI OR QINGDAO
Packaging	Carton
Lead Time	in stock

Quick Details (View All)

Application	Extruder gearbox	Machine	Extrusion gearbox
Full size	offer drawing to confirm	Material	standard material
Structure	Tandem roller bearing	Lubrication	Oil Lubrication

Product Details

customized eight-stage basic tandem axial roller bearings F-81657-0100.T8AR

F-81657-0100.T8AR f-81657-0100.t8ar bearings specification as following:

Bearing factory Number	F-81657-0100.T8AR
Bearing Item code	F-81657-0100T8AR f-81657-0100.t8ar
Inner diameter d	Standard size,offer drawing to confirm
Outer diameter D
Total height B
weight(kg)	Standard
Cage type	Steel or Brass Standard Cage
Precision grade	Standard precision grade
Bearing Material	GCr15 bearing steel
Description	Tandem cylindrical roller thrust bearing
UPC/HS code	8482500090
T8AR	The Axial Forces Are Supported By A 8 -Stage Tandem Bearing T8AR Combined With An Axial Cylindrical Roller Bearing
application	Tandem bearings have proven effective principally in gearboxes for single and twin screw extruders in the rubber and plastics industry. Other possible applications include: deep hole drilling equipment friction welding machines.

The bearing consists of a series of thrust plates and roller assemblies with compression sleeves separating the stages. The component design and overall match grinding make this bearing unique. The design of the sleeves, along with the precision match grinding of the components, allows the load to be equally applied through the stages of the bearing.

Tandem thrust bearings are designed to be used in horizontal shaft applications (extruder gear drives) and it is essential that a sufficientthrust load be applied to prevent roller slip. Typically, the minimum load required is expressed as a ratio of the bearing’s dynamic load rating (C)

to the applied load (P). Loads representing C/P > 12 must be avoided and loads where C/P falls between 8 and 12 should be avoided.