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Found 3 products for ZKLF30100-2RS

ZKLF30100-2RS Axial angular contact ball bearings 30x100X38mm
[2013-08-31]

ZKLF30100-2RS Axial angular contact ball bearings 30x100X38mm

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Part Number:
ZKLF30100
Dimension:
30 x 100 x 38
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)

ZKLF30100-2RS Axial angular contact ball bearings 30x100X38mm Item:ZKLF30100-2RS Axial angular contact ball bearings Type:bearing steel GCr15 ,stainless steel Lubrication: Oil or Grease Material: Bearing steel Gcr15 , stainless steel Clearance: ...

ZKLF30100-2RS Angular contact ball bearing size 30*100*38mm
[2017-09-29]

ZKLF30100-2RS Angular contact ball bearing size 30*100*38mm

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Part Number:
ZKLF30100-2RS
Dimension:
30 x 100 x 38
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

ZKLF30100-2RS 30*100*38mm angular contact ball bearings
[2021-06-16]

ZKLF30100-2RS 30*100*38mm angular contact ball bearings

US0.00 ~ 1000 / Piece

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Part Number:
ZKLF30100-2RS
Dimension:
30 x 100 x 38
Old Code:
ZKLF30100-2RS
HS Code:
84823000.00
Number of Rows:
Single row
Structure:
Balls
Mass:
0.37 KG
Grade Of Accuracy:
P6 P0 P4 P5
Radial Clearance:
C0
Cage:
nylon
Seals Type:
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 construction of conventional bearings. In order to design bearing arrangements

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