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Found 3 products for ZKLF50140-2RS

ZKLF50140-2RS Axial angular contact ball bearings 50x140x54mm
[2013-08-31]

ZKLF50140-2RS Axial angular contact ball bearings 50x140x54mm

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Part Number:
ZKLF50140
Dimension:
50 x 140 x 54
Structure:
Axial angular contact ball bearings
Grade Of Accuracy:
P0,P6,P5,P4,P2
Seals Type:
open
Bearing Material:
Bearing steel , Chrome steel, GCr15 .
Payment term:
TT/LC
Delivery time:
1-30 days

zhongheng bearing co.,ltd (Free Member)

ZKLF50140-2RS Axial angular contact ball bearings 50x140x54mm Item:ZKLF50140-2RS Axial angular contact ball bearings Type:bearing steel GCr15 ,stainless steel Lubrication: Oil or Grease Material: Bearing steel Gcr15 , stainless steel Clearance: ...

ZKLF50140-2RS Angular contact ball bearing size 50*140*54mm
[2017-09-29]

ZKLF50140-2RS Angular contact ball bearing size 50*140*54mm

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Part Number:
ZKLF50140-2RS
Dimension:
50 x 140 x 54
Structure:
Angular contact bearing
Grade Of Accuracy:
po-p22
Seals Type:
ZZ/ZRS.RZ/RS.OPEN
Bearing Material:
Bearing steel, Stainless Steel
Payment term:
paypal,tt,western unioin
Delivery time:
3 days after receiving the payment

ANHUI TOPZY BEARING CO.,LTD (Free Member)

Axial angular contact ball bearings ZKLF..-2RS-PE correspond toseries ZKLF but have a runout tolerance within P5 to DIN 620, less stringent diameter tolerances and the suffix PE. They are used where a

ZKLF50140-2RS 50*140*54mm High preicison Axial angular contact ball bearings
[2021-06-17]

ZKLF50140-2RS 50*140*54mm High preicison Axial angular contact ball bearings

US1.00 ~ 1000 / Piece

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Part Number:
ZKLF50140-2RS
Dimension:
50 x 140 x 54
Old Code:
ZKLF50140-2RS
HS Code:
84823000.00
Number of Rows:
Single row
Structure:
Balls
Mass:
1.5KG KG
Grade Of Accuracy:
P6 P0 P4 P5
Radial Clearance:
C0
Cage:
nylon
Seals Type:
no seals
Bearing Material:
GCr15
Payment term:
T/T
Delivery time:
Stock
Shipping Ways:
ocean,sea

LUOYANG MONTON BEARING SCIENCE & TECHNOLOGY CO.,LTD. (Free Member)

Screw drive bearing arrangements are subjected to requirements that often cannot be optimally fulfilled by the design constructionof conventional bearings. In order to design bearing arrangements

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