Ball Joint for Toyota Avensis

Ball Joint for Toyota Avensis 1. What are the symptoms of a broken steering tie rod end, ball joint? 1) Bumpy road, click Stops click Stops ring. 2) The car is unstable and swings around. 3) Brake run off. 4) In the direction of failure. 5) Too large ball head Is prone to rupture when receiving...

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Product Details

Ball Joint for Toyota Avensis

1. What are the symptoms of a broken steering tie rod end, ball joint?

1) Bumpy road, click Stops click Stops ring.

2) The car is unstable and swings around.

3) Brake run off.

4) In the direction of failure.

5) Too large ball head

Is prone to rupture when receiving shock loads and should be repaired as soon as possible to avoid danger.

1. 5).jpg


2.  Item specifics

1) Ball Joint for Toyota avensis, carina, corolla, celica, picnic

2) OEM NO.: 4333019095; 4333019115; 4333029265;

3) Application: for Toyota avensis, carina, corolla, celica, picnic

Packing: 

Customized packing

HDAG brand packing

Neutral packing

4) Payment term: T/T, L/C, Western Union ,Paypal, D/P, D/A, O/A

5) Warranty: 1years


3. This item fits with these vehicles:

Compatibilities are defined by us for vehicles typically fitted for operation within the original listing country.

car

Model

Platform

Type

year

Motor

Toyota

Avensis

_T22_

1.6

1997/09-2000/10

1587 ccm, 74 KW, 101 PS

Toyota

Avensis

_T22_

1.6

1997/09-2000/10

1587 ccm, 81 KW, 110 PS

Toyota

Avensis

_T22_

1.6 VVT-i

2000/10-2003/02

1598 ccm, 81 KW, 110 PS

Toyota

Avensis

_T22_

1.8

1997/09-2000/10

1762 ccm, 81 KW, 110 PS

Toyota

Avensis

_T22_

1.8 VVT-i

2000/10-2003/02

1794 ccm, 95 KW, 129 PS

Toyota

Avensis

_T22_

2.0

1997/09-2000/10

1998 ccm, 94 KW, 128 PS

Toyota

Avensis

_T22_

2.0 D-4D

1999/10-2003/02

1995 ccm, 81 KW, 110 PS

Toyota

Avensis

_T22_

2.0 TD

1997/09-2003/02

1975 ccm, 66 KW, 90 PS

Toyota

Avensis

_T22_

2.0 VVT-i

2000/10-2003/02

1998 ccm, 110 KW, 150 PS

Toyota

Avensis Liftback

_T22_

1.6

1997/09-2000/10

1587 ccm, 74 KW, 101 PS

Toyota

Avensis Liftback

_T22_

1.6

1997/09-2000/10

1587 ccm, 81 KW, 110 PS

Toyota

Avensis Liftback

_T22_

1.6

2000/10-2003/02

1598 ccm, 81 KW, 110 PS

Toyota

Avensis Liftback

_T22_

1.8

1997/09-2000/10

1762 ccm, 81 KW, 110 PS

Toyota

Avensis Liftback

_T22_

1.8

2000/10-2003/02

1794 ccm, 95 KW, 129 PS

Toyota

Avensis Liftback

_T22_

2.0

1997/09-2000/10

1998 ccm, 94 KW, 128 PS

Toyota

Avensis Liftback

_T22_

2.0

2000/10-2003/02

1998 ccm, 110 KW, 150 PS

Toyota

Avensis Liftback

_T22_

2.0 D-4D

1999/10-2003/02

1995 ccm, 81 KW, 110 PS

Toyota

Avensis Liftback

_T22_

2.0 TD

1997/09-2003/02

1975 ccm, 66 KW, 90 PS

Toyota

Avensis Station Wagon

_T22_

1.6

1997/09-2000/10

1587 ccm, 74 KW, 101 PS

Toyota

Avensis Station Wagon

_T22_

1.6

1997/09-2000/10

1587 ccm, 81 KW, 110 PS

Toyota

Avensis Station Wagon

_T22_

1.6

2000/10-2003/02

1598 ccm, 81 KW, 110 PS

Toyota

Avensis Station Wagon

_T22_

1.8

1997/09-2000/10

1762 ccm, 81 KW, 110 PS

Toyota

Avensis Station Wagon

_T22_

1.8

2000/10-2003/02

1794 ccm, 95 KW, 129 PS

Toyota

Avensis Station Wagon

_T22_

2.0

1997/09-2000/10

1998 ccm, 94 KW, 128 PS

Toyota

Avensis Station Wagon

_T22_

2.0

2000/10-2003/02

1998 ccm, 110 KW, 150 PS

Toyota

Avensis Station Wagon

_T22_

2.0 D-4D

1999/10-2003/02

1995 ccm, 81 KW, 110 PS

Toyota

Avensis Station Wagon

_T22_

2.0 TD

1997/09-2003/02

1975 ccm, 66 KW, 90 PS

Toyota

Carina E

_T19_

1.6

1993/12-1997/09

1587 ccm, 85 KW, 116 PS

Toyota

Carina E

_T19_

1.6

1993/12-1997/09

1587 ccm, 73 KW, 99 PS

Toyota

Carina E

_T19_

1.6 16V

1995/10-1997/09

1587 ccm, 78 KW, 106 PS

Toyota

Carina E

_T19_

1.6 GLI

1992/04-1997/09

1587 ccm, 79 KW, 107 PS

Toyota

Carina E

_T19_

1.8

1995/01-1997/09

1762 ccm, 79 KW, 107 PS

Toyota

Carina E

_T19_

2.0 D

1992/04-1996/01

1975 ccm, 54 KW, 73 PS

Toyota

Carina E

_T19_

2.0 GLI

1992/04-1997/09

1998 ccm, 98 KW, 133 PS

Toyota

Carina E

_T19_

2.0 GTI

1992/04-1994/02

1998 ccm, 116 KW, 158 PS

Toyota

Carina E

_T19_

2.0 GTI 16V

1994/03-1997/09

1998 ccm, 129 KW, 175 PS

Toyota

Carina E

_T19_

2.0 TD

1996/01-1997/09

1975 ccm, 61 KW, 83 PS

Toyota

Carina E

_T19_

2.0i

1993/12-1997/09

1998 ccm, 93 KW, 126 PS

Toyota

Carina E Station Wagon

_T19_

1.6 GLI

1993/01-1997/09

1587 ccm, 79 KW, 107 PS

Toyota

Carina E Station Wagon

_T19_

1.6i

1995/02-1997/09

1587 ccm, 73 KW, 99 PS

Toyota

Carina E Station Wagon

_T19_

1.8i

1995/02-1997/09

1762 ccm, 79 KW, 107 PS

Toyota

Carina E Station Wagon

_T19_

2.0 D

1993/01-1996/01

1975 ccm, 54 KW, 73 PS

Toyota

Carina E Station Wagon

_T19_

2.0 GLI

1993/01-1997/09

1998 ccm, 98 KW, 133 PS

Toyota

Carina E Station Wagon

_T19_

2.0 TD

1996/01-1997/09

1975 ccm, 61 KW, 83 PS

Toyota

Carina E Station Wagon

_T19_

2.0i

1995/05-1997/09

1998 ccm, 93 KW, 126 PS

Toyota

Carina E Stufenheck

_T19_

1.6

1995/10-1997/09

1587 ccm, 78 KW, 106 PS

Toyota

Carina E Stufenheck

_T19_

1.6

1993/01-1997/09

1587 ccm, 79 KW, 107 PS

Toyota

Carina E Stufenheck

_T19_

1.6

1995/01-1997/09

1587 ccm, 73 KW, 99 PS

Toyota

Carina E Stufenheck

_T19_

1.6 16V

1994/12-1997/09

1587 ccm, 85 KW, 116 PS

Toyota

Carina E Stufenheck

_T19_

1.8i 16V

1995/01-1997/09

1762 ccm, 79 KW, 107 PS

Toyota

Carina E Stufenheck

_T19_

2.0

1993/01-1997/09

1998 ccm, 98 KW, 133 PS

Toyota

Carina E Stufenheck

_T19_

2.0 D

1992/08-1996/01

1975 ccm, 54 KW, 73 PS

Toyota

Carina E Stufenheck

_T19_

2.0 GTI

1992/04-1994/02

1998 ccm, 116 KW, 158 PS

Toyota

Carina E Stufenheck

_T19_

2.0 GTI 16V

1994/03-1997/09

1998 ccm, 129 KW, 175 PS

Toyota

Carina E Stufenheck

_T19_

2.0 TD

1996/01-1997/09

1975 ccm, 61 KW, 83 PS

Toyota

Carina E Stufenheck

_T19_

2.0i

1992/12-1997/09

1998 ccm, 93 KW, 126 PS

Toyota

Celica

ST20_, AT20_

1.8i 16V

1993/11-1999/11

1762 ccm, 85 KW, 116 PS

Toyota

Celica

ST20_, AT20_

2.0i 16V

1996/04-1999/11

1998 ccm, 125 KW, 170 PS

Toyota

Celica

ST20_, AT20_

2.0i 16V

1993/11-1999/11

1998 ccm, 129 KW, 175 PS

Toyota

Celica

ST20_, AT20_

2.0i Turbo 4WD

1994/02-1999/11

1998 ccm, 178 KW, 242 PS

Toyota

Celica Cabriolet

AT20_, ST20_

2.0i 16V

1993/11-1999/08

1998 ccm, 125 KW, 170 PS

Toyota

Corolla

_E10_

1.3 12V

1992/07-1997/04

1296 ccm, 53 KW, 72 PS

Toyota

Corolla

_E10_

1.3 XLI

1995/09-1997/04

1332 ccm, 55 KW, 75 PS

Toyota

Corolla

_E10_

1.3 XLI 16V

1992/07-1995/09

1332 ccm, 65 KW, 88 PS

Toyota

Corolla

_E10_

1.6 Si

1995/09-1997/04

1587 ccm, 84 KW, 114 PS

Toyota

Corolla

_E10_

2.0 D

1992/07-1997/04

1975 ccm, 53 KW, 72 PS

Toyota

Corolla

_E11_

1.4

1997/04-2000/02

1332 ccm, 63 KW, 86 PS

Toyota

Corolla

_E11_

1.4 16V

2000/02-2001/11

1398 ccm, 71 KW, 97 PS

Toyota

Corolla

_E11_

1.6 Automatik

1997/04-2000/02

1587 ccm, 79 KW, 107 PS

Toyota

Corolla

_E11_

1.9 D

2000/02-2001/11

1867 ccm, 51 KW, 69 PS

Toyota

Corolla

_E11_

2.0 D

1997/04-2000/02

1975 ccm, 53 KW, 72 PS

Toyota

Corolla

_E11_

2.0 D-4D

2000/09-2001/11

1995 ccm, 66 KW, 90 PS

Toyota

Corolla Liftback

_E10_

1.3 XLI

1995/09-1997/04

1332 ccm, 55 KW, 75 PS

Toyota

Corolla Liftback

_E10_

1.3 XLI

1992/07-1997/04

1332 ccm, 65 KW, 88 PS

Toyota

Corolla Liftback

_E10_

1.3 XLI 16V

1992/07-1995/09

1332 ccm, 65 KW, 88 PS

Toyota

Corolla Liftback

_E10_

1.6 GLI

1992/07-1997/04

1587 ccm, 84 KW, 114 PS

Toyota

Corolla Liftback

_E10_

1.6 Si

1992/07-1997/04

1587 ccm, 84 KW, 114 PS

Toyota

Corolla Liftback

_E10_

2.0 D

1992/07-1997/04

1975 ccm, 53 KW, 72 PS

Toyota

Corolla Liftback

_E11_

1.4

1997/04-2000/02

1332 ccm, 63 KW, 86 PS

Toyota

Corolla Liftback

_E11_

1.6

1997/04-2000/02

1587 ccm, 81 KW, 110 PS

Toyota

Corolla Liftback

_E11_

1.6 Automatik

1997/04-2000/02

1587 ccm, 79 KW, 107 PS

Toyota

Corolla Liftback

_E11_

2.0 D

1997/04-2000/02

1975 ccm, 53 KW, 72 PS

Toyota

Corolla Liftback

_E11_

2.0 D-4D

2000/09-2002/01

1995 ccm, 66 KW, 90 PS

Toyota

Corolla Station Wagon

__E11_

1.4

1997/04-2000/02

1332 ccm, 63 KW, 86 PS

Toyota

Corolla Station Wagon

__E11_

1.6

1997/04-2000/02

1587 ccm, 81 KW, 110 PS

Toyota

Corolla Station Wagon

__E11_

1.6 Automatik

1997/04-2000/02

1587 ccm, 79 KW, 107 PS

Toyota

Corolla Station Wagon

__E11_

1.8 4WD

1997/04-2001/10

1762 ccm, 81 KW, 110 PS

Toyota

Corolla Station Wagon

__E11_

2.0 D

1997/04-2000/02

1975 ccm, 53 KW, 72 PS

Toyota

Corolla Station Wagon

__E11_

2.0 D-4D

2000/09-2001/10

1995 ccm, 66 KW, 90 PS

Toyota

Corolla Station Wagon

_E10_

1.3 XLI

1995/09-1997/04

1332 ccm, 55 KW, 75 PS

Toyota

Corolla Station Wagon

_E10_

1.3 XLI 16V

1992/07-1995/09

1332 ccm, 65 KW, 88 PS

Toyota

Corolla Station Wagon

_E10_

1.6 Si

1992/07-1997/04

1587 ccm, 84 KW, 114 PS

Toyota

Corolla Station Wagon

_E10_

2.0 D

1992/07-1997/04

1975 ccm, 53 KW, 72 PS

Toyota

Picnic

_XM10

2.0

2001/01-2001/12

1998 ccm, 90 KW, 122 PS

Toyota

Picnic

_XM10

2.0 16V

1996/05-2001/12

1998 ccm, 94 KW, 128 PS


4. Important!

There may be on occasions more than one compatible part for your vehicle. If you are unsure please contact us with your vehicle registration (Plate Number) or chassis number (VIN) and we will confirm the correct part required.


5. Features:

Bushings included for a complete installation, saving time and labor.

Direct replacement for a trouble-free installation.

Steel, iron or aluminum construction ensures durability.

Powder-coated or painted for long-lasting rust and corrosion resistance.


6. HDAG Package



7. Our workshops



8. Our testing report

8..jpg


9. Our brand and certifications

9._副本.jpg


10. FEEDBACK IS VERY IMPORTANT TO US. We request that you contact us immediately AFGER you receive our goods, so that we can satisfactorily address your concerns.


10..jpg

ATTACHED NEWS:

Steering rack system speed conrol fault analysis and processing methods

The main reason for steering rack actuator crawling

1. Entering air into the system;

2. Due to poor lubrication, the axis of the guide rail and the hydraulic cylinder are not parallel, the sealing pressure of the piston rod is too tight, and the bending and deformation of the piston rod cause the friction force of the hydraulic cylinder to change greatly during the working stroke to cause creep;

3. In the oil inlet throttle speed control system, the hydraulic cylinder has no back pressure or back pressure, and when the external load changes, the cylinder speed changes;

4. The pulsation of the flow of the hydraulic pump is large, and the vibration of the overflow valve causes the pressure pulsation of the system to be large, causing the hydraulic cylinder to input the pressure oil to fluctuate and cause creep;

5. The valve port of the throttle valve is blocked, the system leakage is unstable, and the pressure reducing valve in the speed regulating valve is not flexible, causing the flow to be unstable and causing creep.


power steering rack manufacturer talk about the installation process of cylinder

1. Install the sealing gland screw of the steering rack hydraulic cylinder block, and tighten the screw to ensure that the piston moves flexibly on the full stroke, without blockage and uneven weight. If the screw is tightened too much, it will increase the resistance and accelerate the wear; if it is too loose, it will cause oil leakage.

2. For steering gear hydraulic cylinders with exhaust valves or exhaust plugs, the exhaust valve or exhaust plug must be installed at the highest point to remove air.

3. The axial ends of the cylinder cannot be fixed and the one end must be kept floating to prevent the influence of thermal expansion. Axial expansion and contraction due to factors such as fluid pressure and thermal expansion in the cylinder. If the ends of the cylinder are fixed, it will cause deformation of each part of the cylinder.

4. The gap between the guide sleeve and the piston rod should meet the requirements.

5. Pay attention to the parallelism and straightness of the steering rack cylinder and the guide rail. The deviation should be within 0.1 mm/full length. If the total length of the busbar on the hydraulic cylinder is too poor, the bottom surface of the bracket of the hydraulic cylinder or the contact surface of the scraping machine should be repaired to meet the requirements; if the side busbar is out of tolerance, the hydraulic cylinder and the fixing screw can be loosened, the positioning lock can be removed, and the correction can be made. The accuracy of its side busbars.


steering rack material requirements

the material requirements of steering gear each part

Large hydraulic steering rack cylinders are mainly composed of hydraulic cylinders, cylinder bottoms, cylinder heads, piston rods, pistons, earrings or flanges, and mounted bases. Generally speaking, in the absence of special working conditions and the absence of strong acid and alkali, the materials of the various components of the large power steering rack cylinder are:

1) Cylinder: 35# seamless steel pipe, 45# seamless steel pipe, extra large hydraulic cylinder, need to use 45# cast steel or higher forging steel parts to make

2) Piston rod: 35 steel and 45 steel are generally used. When the impact vibration of the hydraulic cylinder is large, alloy materials such as 55 steel or 40Cr can be used.

3) Piston:

Integral pistons: Most use 35 steel and 45 steel.

Assembled pistons: Gray cast iron, wear-resistant cast iron, aluminum alloy, etc. are often used. Specially required wear-resistant sleeves of bronze, brass and nylon can be placed on the outside of the steel piston blank.

4) Cylinder head: When the working pressure is P10MPa, use high-strength cast iron (HT200), when P20MPa, use seamless steel pipe, and cast steel or forged steel is better.


steering rack factory special working conditions and environment

 

Power steering rack Cylinder: generally use 45# forged steel or higher; the surface roughness of the cylinder can reach 0.4, the surface of the inner hole forms a uniform mesh honing pattern, and the piston forms a uniform surface on the cylinder in the reciprocating motion. Oil film.

Piston rod: generally need to be quenched, quenched and tempered to HB241-286, and the surface should be hard chrome plated, the thickness reaches 0.03-0.05, or meet the requirements of HRC55-65; also need to be polished to make the surface cleanliness 0.4um~0.2um.

1) Cylinder:

Machine tools----mostly use high-strength cast iron (HT200), when the pressure exceeds 8MPa, the use of seamless steel pipe.

Construction machinery----mostly use 35 steel and 45 steel seamless steel pipe. When the pressure is high, 27SiMn seamless steel pipe or 45 steel forging can be used.

2) Piston:

Integral pistons—mostly 35 steel and 45 steel.

Assembled pistons - often used in gray cast iron, wear-resistant cast iron, aluminum alloy, etc., special needs can be installed on the outside of the steel piston blank with bronze, brass and nylon wear sleeves.

3) Piston rod:

Generally, 35 steel and 45 steel are used. When the impact vibration of the hydraulic cylinder is large, alloy materials such as 55 steel or 40Cr can be used. There are also 40Cr or 45# steel, quenched and tempered HB220-240 or so, the surface is plated with hard chrome unilateral 3-5 filaments, the hardness is about HV900-1100.

 


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