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Location

Year

Make

Model

Year

Vehicle

Product

Products

CB0186(CBKH-7)

Parts

BALL JOINT

Status

Sale

Position

FRONT AXLE LOWER

Weight(g)

322

Replaces

CB0186(CBKH-21,CBM-11,CBM-12,CBM-18)

Install Guide

Caution Point

Ball Joint Attach. Type	ROUND-PRESS
Outer Diameter (mm)	46.00
Stud Center To End (mm)	79.40
Stud Thread	M12XP1.25
Stud Taper Type	TAPER 1/8
Includes Bolts (for Stud)	NO
Includes Nuts (for Stud)	YES
Includes Washers (for Stud)	NO
Fitting Diameter(mm)	40.15
Note

FOR OEM No : Part number of the parent product that contains this product.

30821650
30821651
30864208
30864209
30883988
30883989
30887025
30887033
30887469
30887470
30887653
30887654
30889962
30889963
54503-22A00
54503-25A00
54503-31600
54503-38A00
54520-31600
54530-25000
54530-25A00
54530-2F000
54530-31600
AW311699
FOR 54500-2C602DS
FOR 54501-2C602AS
FOR MB349964
FOR MB369963
FOR MB430350
FOR MB430351
FOR MB518041
FOR MB518042
FOR MB518205
FOR MB518206
FOR MB518712
FOR MB518713
FOR MB518960
FOR MB518961
FOR MB573093
FOR MB573094
FOR MB573098
FOR MB860817
FOR MB860818
FOR MB891787
FOR MB891877
FOR MN133617
FOR MN133618
FOR MR179479
FOR MR179480
MB241883
MB303374
MB303375
MB349963
MB34996301
MB34996401
MB51804101
MB51804201
MB51820501
MB51871201
MB51871301
MB51896001
MB51896101
MB57309301
MB57309401
MB57309801
MB576093
MB576094
MB86081701
MB86081801
MB891788
MB891790

HYUNDAI	ACCENT	1994 ~ 2006
HYUNDAI	ACCENT	1999 ~ 2006	LC
HYUNDAI	ACCENT	1994 ~ 2006	X3
HYUNDAI	Accent Admire	1999 ~ 2005	LC
HYUNDAI	AVANTE	1995 ~ 2006
HYUNDAI	AVANTE	1995 ~ 2006	J2
HYUNDAI	AVANTE	1995 ~ 2006	XD
HYUNDAI	CLICK	2002 ~ 2011
HYUNDAI	Click	2006 ~ 2009	BT51
HYUNDAI	Click	2001 ~ 2006	BU31/BU51
HYUNDAI	CLICK	2002 ~ 2011	TB
HYUNDAI	COUPE	2001 ~ 2008
HYUNDAI	COUPE	2001 ~ 2009	GK
HYUNDAI	Coupe	1996 ~ 2002	RD
HYUNDAI	EF SONATA	1998 ~ 2004
HYUNDAI	ELANTRA	1995 ~ 2006
HYUNDAI	Elantra	2000 ~ 2007	DN4
HYUNDAI	Elantra	2000 ~ 2006	DN5
HYUNDAI	ELANTRA	1995 ~ 2006	J2
HYUNDAI	Elantra	1995 ~ 2000	JF2
HYUNDAI	Elantra	1995 ~ 2000	JF2/JF3
HYUNDAI	Elantra	1995 ~ 2000	JF3
HYUNDAI	ELANTRA	1995 ~ 2006	XD
HYUNDAI	Elantra Lavita	2002 ~ 2005	PN8
HYUNDAI	Excel	1999 ~ 2006	LC
HYUNDAI	Excel	1994 ~ 2000	VA2NAU/VA2NEU/VA3NEU/VD2NAU/VD2NEU/VD3NAU/VD3NEU
HYUNDAI	Excel	1994 ~ 2000	VA2NEU/VA3NEU/VD2NEU/VD3NEU
HYUNDAI	Excel	1996 ~ 2000	VD3NEU
HYUNDAI	Excel	1994 ~ 2000	VF2NAU/VF2NEU/VF3NAU/VF3NEU
HYUNDAI	Excel	1994 ~ 2000	VF2NEU/VF3NEU
HYUNDAI	GETZ	2002 ~ 2011
HYUNDAI	Getz	2005 ~ 2012	BT31/BT51
HYUNDAI	Getz	2002 ~ 2006	BU31/BU51
HYUNDAI	GETZ	2002 ~ 2011	TB
HYUNDAI	GRANDEUR	1998 ~ 2005
HYUNDAI	Grandeur	1998 ~ 2005	FU41C
HYUNDAI	Grandeur	1998 ~ 2005	FU41D
HYUNDAI	Grandeur	1992 ~ 1999	KLAW
HYUNDAI	GRANDEUR	1998 ~ 2005	XG
HYUNDAI	i20	2008 ~	PB
HYUNDAI	ix20	2010 ~	JC
HYUNDAI	LANTRA	1995 ~ 2006
HYUNDAI	LANTRA	1995 ~ 2006	J2
HYUNDAI	Lantra	1995 ~ 2000	JF2/JF3
HYUNDAI	Lantra	1997 ~ 2000	JF3
HYUNDAI	LANTRA	1995 ~ 2006	XD
HYUNDAI	Lantra Estate/Wagon	1995 ~ 2000	JW2/JW3
HYUNDAI	Lantra Estate/Wagon	1997 ~ 2000	JW3
HYUNDAI	LAVITA	2001 ~ 2006
HYUNDAI	LAVITA	2001 ~ 2006	FC
HYUNDAI	Lavita	2000 ~ 2010	PN8
HYUNDAI	MATRIX	2001 ~ 2006
HYUNDAI	MATRIX	2001 ~ 2006	FC
HYUNDAI	Matrix	2001 ~ 2010	FC8
HYUNDAI	Pony	1994 ~ 2000	VA2NAU/VA2NEU/VA3NEU/VD2NAU/VD2NEU/VD3NAU/VD3NEU
HYUNDAI	Pony	1994 ~ 2000	VA2NEU/VA3NEU/VD2NEU/VD3NEU
HYUNDAI	Pony	1995 ~ 2000	VD3NEU
HYUNDAI	Pony	1994 ~ 2000	VF2NAU/VF2NEU/VF3NEU
HYUNDAI	Pony	1994 ~ 1999	VF2NEU/VF3NEU
HYUNDAI	Pony	1995 ~ 2000	VF3NEU
HYUNDAI	Solaris	2010 ~	RB
HYUNDAI	SONATA	1988 ~ 2006
HYUNDAI	SONATA	1988 ~ 2006	EF
HYUNDAI	Sonata	1988 ~ 1994	Y2
HYUNDAI	Sonata	1993 ~ 1998	Y3
HYUNDAI	Sonica	1994 ~ 1996	Y3
HYUNDAI	TIBURON	1996 ~ 2008
HYUNDAI	TIBURON	2001 ~ 2008	GK
HYUNDAI	Tiburon	2003 ~ 2010	GK/GKFL
HYUNDAI	TIBURON	1996 ~ 2008	GS
HYUNDAI	TIBURON	1996 ~ 2008	GT
HYUNDAI	TIBURON	1996 ~ 2008	GT LIMITED
HYUNDAI	TIBURON	1996 ~ 2008	J2C
HYUNDAI	Tiburon	1999 ~ 2002	RD
HYUNDAI	TIBURON	1996 ~ 2008	SE
HYUNDAI	TUSCANI	2001 ~ 2008
HYUNDAI	TUSCANI	2001 ~ 2008	GK
HYUNDAI	VERNA	1999 ~ 2006
HYUNDAI	VERNA	1999 ~ 2006	LC
HYUNDAI	XG250	1999 ~ 2005	FU41C
HYUNDAI	XG300	1998 ~ 2005	FU41D
HYUNDAI	XG350	2002 ~ 2005	FU41
KIA	CERATO	2003 ~
KIA	Cerato	2004 ~ 2009	LD
KIA	MORNING	2008 ~
KIA	PICANTO	2008 ~
KIA	SPECTRA	2003 ~
MITSUBISHI	CARISMA	1995 ~ 2006
MITSUBISHI	Carisma	1995 ~ 2004	DA1A
MITSUBISHI	CARISMA	1995 ~ 2006	DA2A
MITSUBISHI	Carisma	1996 ~ 2000	DA4A
MITSUBISHI	CHAMP	1983 ~
MITSUBISHI	CHAMP	1983 ~	C11A
MITSUBISHI	CHAMP	1983 ~	C12A
MITSUBISHI	CHAMP	1983 ~	C13A
MITSUBISHI	CHARIOT	1983 ~
MITSUBISHI	CHARIOT	1983 ~	D02W
MITSUBISHI	CHARIOT	1983 ~	D03W
MITSUBISHI	CHARIOT	1983 ~	D05W
MITSUBISHI	Colt	1988 ~ 1992	C51A
MITSUBISHI	Colt	1988 ~ 1991	C51V
MITSUBISHI	Colt	1988 ~ 1993	C52A
MITSUBISHI	Colt	1988 ~ 1991	C53A
MITSUBISHI	Colt	1990 ~ 1991	C58A
MITSUBISHI	CORDIA	1982 ~ 1988
MITSUBISHI	CORDIA	1982 ~ 1988	A211A
MITSUBISHI	CORDIA	1982 ~ 1988	A212A
MITSUBISHI	CORDIA	1982 ~ 1988	A213A
MITSUBISHI	ETERNA Λ	1983 ~ 1987
MITSUBISHI	ETERNA Λ	1983 ~ 1987	E12A
MITSUBISHI	ETERNA Λ	1983 ~ 1987	E13A
MITSUBISHI	ETERNA Λ	1983 ~ 1987	E15A
MITSUBISHI	ETERNA Λ	1987 ~	E31A
MITSUBISHI	ETERNA Λ	1987 ~	E32A
MITSUBISHI	ETERNA Λ	1987 ~	E33A
MITSUBISHI	ETERNA ∑	1983 ~ 1987
MITSUBISHI	ETERNA ∑	1983 ~ 1987	E12A
MITSUBISHI	ETERNA ∑	1983 ~ 1987	E13A
MITSUBISHI	ETERNA ∑	1983 ~ 1987	E15A
MITSUBISHI	ETERNA ∑	1987 ~	E31A
MITSUBISHI	ETERNA ∑	1987 ~	E32A
MITSUBISHI	ETERNA ∑	1987 ~	E33A
MITSUBISHI	GALANT	1987 ~ 1993
MITSUBISHI	Galant	1988 ~ 1989	E31A
MITSUBISHI	GALANT	1987 ~ 1993	E32A
MITSUBISHI	GALANT	1987 ~ 1993	E33A
MITSUBISHI	GALANT	1988 ~ 1993	E34A
MITSUBISHI	GALANT	1988 ~ 1993	E35A
MITSUBISHI	GALANT	1988 ~ 1993	E37A
MITSUBISHI	GALANT	1987 ~ 1993	E38A
MITSUBISHI	GALANT	1987 ~	E39A
MITSUBISHI	GALANT Λ	1983 ~ 1987
MITSUBISHI	GALANT Λ	1983 ~ 1987	E12A
MITSUBISHI	GALANT Λ	1983 ~ 1987	E13A
MITSUBISHI	GALANT Λ	1983 ~ 1987	E15A
MITSUBISHI	GALANT Λ	1987 ~	E31A
MITSUBISHI	GALANT Λ	1987 ~	E32A
MITSUBISHI	GALANT Λ	1987 ~	E33A
MITSUBISHI	GALANT ∑	1983 ~ 1987
MITSUBISHI	GALANT ∑	1983 ~ 1987	E12A
MITSUBISHI	GALANT ∑	1983 ~ 1987	E13A
MITSUBISHI	GALANT ∑	1983 ~ 1987	E15A
MITSUBISHI	GALANT ∑	1987 ~	E31A
MITSUBISHI	GALANT ∑	1987 ~	E32A
MITSUBISHI	GALANT ∑	1987 ~	E33A
MITSUBISHI	LANCER	1988 ~ 1991
MITSUBISHI	LANCER	1988 ~ 1993	C61A
MITSUBISHI	LANCER	1988 ~ 1992	C62A
MITSUBISHI	LANCER	1988 ~ 1991	C63A
MITSUBISHI	LANCER	1988 ~ 1991	C64A
MITSUBISHI	Lancer	1989 ~ 1992	C68A
MITSUBISHI	LANCER	1988 ~ 1991	C72A
MITSUBISHI	LANCER	1988 ~ 1991	C73A
MITSUBISHI	LANCER	1988 ~ 1991	C74A
MITSUBISHI	Lancer	1992 ~ 1993	CB5A
MITSUBISHI	LANCER-FIORE	1983 ~
MITSUBISHI	LANCER-FIORE	1983 ~	C15A
MITSUBISHI	LANCER-FIORE	1983 ~	C52A
MITSUBISHI	LANCER-FIORE	1983 ~	C53A
MITSUBISHI	MAGNA	1985 ~ 1988
MITSUBISHI	MAGNA	1985 ~ 1988	TM
MITSUBISHI	MAGNA	1985 ~ 1988	TN
MITSUBISHI	MINICAB	1990 ~
MITSUBISHI	MINICAB	1990 ~	U41P
MITSUBISHI	MINICAB	1990 ~	U41T
MITSUBISHI	MINICAB	1990 ~	U41V
MITSUBISHI	MIRAGE	1983 ~ 1988
MITSUBISHI	MIRAGE	1983 ~	C11A
MITSUBISHI	MIRAGE	1983 ~	C12A
MITSUBISHI	MIRAGE	1983 ~	C13A
MITSUBISHI	MIRAGE	1987 ~ 1988	C51A
MITSUBISHI	MIRAGE	1987 ~ 1988	C52A
MITSUBISHI	MIRAGE	1987 ~ 1988	C53A
MITSUBISHI	TREDIA	1982 ~ 1988
MITSUBISHI	TREDIA	1982 ~ 1988	A211A
MITSUBISHI	TREDIA	1982 ~ 1988	A212A
MITSUBISHI	TREDIA	1982 ~ 1988	A213A
PROTON	SAGA	1986 ~ 1991
PROTON	SAGA	1986 ~ 1991	C21A
VOLVO	S40	1999 ~ 2003	V103
VOLVO	S40	1995 ~ 1999	V113
VOLVO	S40	1995 ~ 1999	V123/V126/V153/V156
VOLVO	S40	1997 ~ 2001	V135
VOLVO	S40	1998 ~ 2003	V143/V149
VOLVO	S40	1995 ~ 1999	V163/V166
VOLVO	S40	1995 ~ 2003	V163/V166/V172/V176
VOLVO	S40	1997 ~ 2003	V192/V196
VOLVO	S40	2000 ~ 2004	V265
VOLVO	S40	2001 ~ 2004	V283
VOLVO	S40	2001 ~ 2004	V292/V299
VOLVO	S40	2000 ~ 2004	V303
VOLVO	S40	2000 ~ 2003	V372/V379
VOLVO	S40	2000 ~ 2004	V702
VOLVO	S40	1996 ~ 1999	V713
VOLVO	S40	1996 ~ 2000	V733
VOLVO	S40	2000 ~ 2004	V782
VOLVO	V40	1999 ~ 2004	V103
VOLVO	V40	1995 ~ 1999	V113
VOLVO	V40	1995 ~ 1999	V123/V126/V153/V156
VOLVO	V40	1997 ~ 2001	V135
VOLVO	V40	1999 ~ 2004	V143/V146
VOLVO	V40	1996 ~ 1999	V163/V166
VOLVO	V40	1996 ~ 2004	V163/V166/V172/V176
VOLVO	V40	1997 ~ 2004	V192/V196
VOLVO	V40	1998 ~ 2004	V265
VOLVO	V40	2001 ~ 2003	V283
VOLVO	V40	2001 ~ 2004	V292/V299
VOLVO	V40	2000 ~ 2004	V303
VOLVO	V40	2000 ~ 2004	V372/V379
VOLVO	V40	2000 ~ 2004	V702
VOLVO	V40	1996 ~ 1999	V713
VOLVO	V40	2000 ~ 2004	V782

Flange nut with self-locking function

2021-11-09 15:55:53

<div style="text-align: center;" align="center"><img title="7ad9838d0cdbcdd8948c9ffcb149df2f.jpg" src="../../../smartEditor/upload/7ad9838d0cdbcdd8948c9ffcb149df2f.jpg"></div>
<div style="text-align: center;" align="center"> </div>
 
Did you know that flange nuts also have a self-locking function? Nylon lock nuts increase friction as the nylon fills between the ball stud and nut. As a result, it is tightened securely that will last from harsh weather or vibrations. (<a href="../../../Product/TechnologyDetail?boardNo=45&dataNo=61" target="_self">https://aftermarket.ctr.co.kr/Product/TechnologyDetail?boardNo=45&dataNo=61</a>)
 
<img title="a053e1903d71afe91b5f385d77465788.jpg" src="../../../smartEditor/upload/a053e1903d71afe91b5f385d77465788.jpg"> 
 
If you look at the flange nut from top view, you may see a mark pressed in square shape. This is designed to perform a role as self-locking. 
  
<div style="text-align: center;" align="center"><img title="2423c957bbdd0e37d681225b6125985e.jpg" src="../../../smartEditor/upload/2423c957bbdd0e37d681225b6125985e.jpg"></div>
 
A slightly crumpled nut tightens the ball stud with strong force, which prevents the nut from loosening due to vibration or impact generated while driving. According to the specifications, it has 3 times more tightening force than nylon nuts. CTR understands the OE design and applies the appropriate self-locking nuts.

Did you know that flange nuts also have a self-locking function?Nylon lock nuts increase friction as the nylon fills between the ball stud and nut. As a result, it is tightened securely that will last from harsh weather or vibrations.(https://aftermarket.ctr.co.kr/Product/TechnologyDetail?boardNo=45&dataNo=61) If you look at the flange nut from top view, you may see a mark pressed in square shape.This is designed to perform a role as self-lo...

Sealing Strength

2021-07-12 00:51:16

<img src="/smartEditor/upload/1f75a444835a8d019d86d96a6fd64073.png" title="1f75a444835a8d019d86d96a6fd64073.png" style="max-width:900px"> The
ball joint is sealed with a rubber boot and socket surrounding the ball stud and ball seat.The
sealed structure also prevents the ingress of foreign substances, but it also affects the performance of the ball joint. When sealing,
the pressure applied to the internal parts affects the performance of the ball
joint, such as torque and clearance. <img src="/smartEditor/upload/e6f779295f8d09655ffa05f6b510b5bf.png" title="e6f779295f8d09655ffa05f6b510b5bf.png"> In addition, the strength of the sealed
part is a very important factor in the durability of the ball joint.Suspension
parts receive a lot of load
while driving.
If the seal is destroyed because it cannot withstand the load, a serious
accident may occur.  <div style="text-align: center;" align="center"><img src="/smartEditor/upload/8234fffeede662e87daace91e8d73d1d.png" title="8234fffeede662e87daace91e8d73d1d.png"> </div>  There are various methods of sealing. There are products made entirely of
plastic, and there is also a method of pressing a steel socket. Among them
is "caulking", which compresses a steel socket with a rotating roller. As mentioned earlier, the strength of the caulking is directly related to the durability of the product. To prevent damage to the caulking area, CTR developed a ball joint that can withstand high pressure through design optimization. <div style="text-align: center;" align="center"><img src="/smartEditor/upload/fcaa3918701d9d365b8fb1f9d49c85dd.png" title="fcaa3918701d9d365b8fb1f9d49c85dd.png" style="max-width:900px"> <div style="text-align: left;" align="left"> </div><div style="text-align: left;" align="left">The photo is a test called "Push out test". This
test measures the strength of the caulking part by applying force to the
product.</div></div><div align="left">

The table shows the push-out
specifications of OE products and actual test data of CTR products. As a result
of testing, it has about twice the strength required by the OE brand. It can be seen that even if
there is some damage or rust in the caulking part, it is not easily broken
because it has very high strength. CTR has been an OE Supplier for many
years. We are making safer and
higher-performance products with data and know-how accumulated over a long
period of time.</div>

The ball joint is sealed with a rubber boot and socket surrounding the ball stud and ball seat.The sealed structure also prevents the ingress of foreign substances, but it also affects the performance of the ball joint.When sealing, the pressure applied to the internal parts affects the performance of the ball joint, such as torque and clearance. In addition, the strength of the sealed part is a very important factor in the durability of the ball joint.Suspension parts rec...

Necessity of prescribed torque tightening

2020-05-21 13:35:55

<img title="96e5014f1db1e2e21a59ffb85d3f6f79.jpg" src="/smartEditor/upload/96e5014f1db1e2e21a59ffb85d3f6f79.jpg"> Many auto parts are fixed by bolting, and there are various sizes and shapes of bolts and nuts used. And most bolting operations have a specified tightening force (=torque). Even parts that require uniform force on the contact surface have a fixed tightening sequence.  Why is the torque regulated? The vibration that comes inside when you drive a car is a small vibration that is damped by many parts. Various parts such as rubbers and springs used in automobiles are absorbing vibration for riding comfort. In fact, more vibrations and shocks stress auto parts.   <div align="center" xss="removed"><img title="0b17346dccfb6d4494bbff48667047bd.jpg" src="http://aftermarket.ctr.co.kr/smartEditor/upload/0b17346dccfb6d4494bbff48667047bd.jpg"></div><div align="left" xss="removed"><continued></continued></div>- Continued driving without one of the two bolts securing the rubber mount bracket. Eventually, the bracket was torn -  If the tightening torque is lower than the specified torque, there is not enough friction between the bolt and the counterpart screw thread. In other words, the bolts do not have sufficient frictional force due to continuous vibration and shock, so they are gradually released. Bolt loosening can lead to bigger accidents.    <div align="center" xss="removed"><img title="dc620106f92f97868455b16f5ccbcc56.jpg" src="http://aftermarket.ctr.co.kr/smartEditor/upload/dc620106f92f97868455b16f5ccbcc56.jpg"></div>  Conversely, what if it is tightened to a higher torque than the specified torque? The bolt is slightly elastic. When tightened to the specified torque, the thread of the bolt is slightly stretched, and this elasticity maintains the fastening of the bolt. The specified torque is probably the best tightening of these bolts. If tightened with a force higher than the specified torque, the bolt will be stretched more severely, and the stretched bolt will be rather dangerous because it will lose the tightening. If the bolt is not damaged, the counterpart may be damaged. Plastics, such as head covers, can break and damage to aluminum threads, such as cylinder heads, can lead to higher repair costs.  Make sure to check the prescribed torque or tightening method in the maintenance manual. Enjoy safer driving!

Many auto parts are fixed by bolting, and there are various sizes and shapes of bolts and nuts used.And most bolting operations have a specified tightening force (=torque). Even parts that require uniform force on the contact surface have a fixed tightening sequence. Why is the torque regulated?The vibration that comes inside when you drive a car is a small vibration that is damped by many parts.Various parts such as rubbers and springs used in automobiles are absorbing vibratio...

Reliable Facility

2020-05-21 02:30:18

The suspension and steering products produced by CTR have a ball joint structure. When a vehicle moves, various ball joints move thousands and tens of thousands of times without your knowledge. CTR is constantly evolving by creating professional research & test facilities to create safe products with high performance and strong durability. <img title="f48647d8f4a60df70ebc4056f42af905.png" src="/smartEditor/upload/f48647d8f4a60df70ebc4056f42af905.png">  CTR Group has established and operated specialized research institutes in each field, led by its R&D headquarters. It has a total of six R&D center and has specialized programs such as CATIA, UG NX, DAFUL, and FORGE NxT. Established a specialized R&D center for aftermarket parts, and is developing new products accurately and efficiently through professional design programs such as CATIA and CADRA and 3D scanners. Through this, about 400 new products are developed annually. <img title="255e0254c5e0fea7893e9550dca4a291.jpg" src="/smartEditor/upload/255e0254c5e0fea7893e9550dca4a291.jpg">  CTR's test facility is an ISO / IEC 17025 certified and an internationally recognized testing organization based on international standards. By applying this know-how to the AM business, we have established a test room for AM only. We operate a reliable verification facility based on testing equipment and processes equivalent to OE. To make the best auto parts, CTR has a test machine that can perform various tests. Increases product reliability through various tests such as clearance, torque, push-in, pull-out and durability tests.  <img title="72a0f7f1b19070d08bc36072a3fd04be.jpg" src="/smartEditor/upload/72a0f7f1b19070d08bc36072a3fd04be.jpg">

The suspension and steering products produced by CTR have a ball joint structure. When a vehicle moves, various ball joints move thousands and tens of thousands of times without your knowledge.CTR is constantly evolving by creating professional research & test facilities to create safe products with high performance and strong durability. CTR Group has established and operated specialized research institutes in each field, led by its R&D headquarters. It has a total of six R&a...

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Location

Year

Make

Model

Year

Vehicle

Product

Categories

Products

CB0186(CBKH-7)

Parts

Status

Position

Weight(g)

Replaces

Install Guide

Caution Point

Flange nut with self-locking function

Sealing Strength

Necessity of prescribed torque tightening

Reliable Facility