TOYOTA CAMRY ACV40 Front Shock Absorber

How to Replace Shock Absorbers Your shocks, or shock absorbers, are a pivotal part of your vehicle's suspension. As suggested by their name, their purpose is not to absorb shock. They do so much more, and are invaluable to your vehicle, as they assist in ride quality, suspension wear, and...

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How to Replace Shock Absorbers

Your shocks, or shock absorbers, are a pivotal part of your vehicle's suspension. As suggested by their name, their purpose is not to absorb shock. They do so much more, and are invaluable to your vehicle, as they assist in ride quality, suspension wear, and tire life.

Not knowing when to replace your shocks or what to look for when they fail can keep you from changing them when needed. Knowing the typical signs of failure and a little about how the shocks are mounted on your vehicle can help you to diagnose and repair your shocks - or, at the very least, can make you an informed consumer so that you are not taken advantage of when you need to get your shocks replaced.


Part 1 of 3: The purpose of your shock absorbers

Shock absorbers, much like struts, are designed to control the oscillations or the bounciness of the springs. When you are driving over bumps and dips in the road, the suspension moves up and down. The springs on your vehicle absorb the movement of the suspension. If your vehicle did not have shocks, the springs would start to bounce - and continue to bounce uncontrollably. The design of the shock is to produce a certain amount of resistance to this movement, to control it and to keep it from bouncing more than about two times.

The design of the shock is what allows it to control the spring movement. Shocks are designed with a piston that moves through a cylinder. The cylinder is filled with fluid and pressurized gas. The piston has a small metering hole in it which makes it hard to move the piston in and out of the pressurized fluid. That resistance is what slows down the movement of the springs.

All shocks are designed a little different from one another, depending on the needs and size of the vehicle. The differences typically have to do with the amount of pressure in the cylinder and the type and size of holes in the piston. This affects how fast the shock can be extended and contracted. When a shock fails, or begins to fail, it can become too soft (which will keep it from controlling the movement of the springs), or it can begin to bind internally (keeping the suspension from moving as it should).


Part 2 of 3: Typical signs of failure and how to recognize them

Shocks can fail for any number of reasons: they can fail from the way that you drive, they can fail from age. They can also fail for no reason at all. There are some easy steps you can follow to identify a bad shock absorber.

Bounce test. With the vehicle on a flat surface, press up and down on the front or the rear of the vehicle until you get it to start bouncing. Stop bouncing the vehicle and count how many times it continues to bounce until it stops.

A good shock should stop the bouncing after two up-and-down movements. If the car bounces too much, or if it cannot be moved at all, then the shocks may be bad.

Test drive. If the shocks are worn out, the suspension can feel very soft and unstable. Your vehicle may sway back and forth while driving. If there is a shock that is binding, then your vehicle will ride extremely rough.

Visual inspection. With the vehicle in the air, you need to inspect the shocks. If there is fluid leaking from the shocks, or if they are dented, then they need to be replaced. Also inspect the tires. Worn-out shocks will cause the tires to have cupped wear, which appears as high and low spots.

Manual test. Remove the shock from the vehicle and try compressing it by hand. If it moves easily, then the shock may be bad. A good shock should have some good resistance when compressing it, and most shocks will extend on their own when you release them.

●There is no established maintenance schedule for shocks to be replaced, but most shock absorber manufacturers recommend that they be replaced about every 60,000 miles.


Part 3 of 3: Shock absorber replacement

Materials needed

●Hydraulic floor jack

●Jack stands

●Ratchet w/assorted sockets

●Shock absorbers (must be replaced in pairs)

●Torque wrench

●Wheel chocks

●Wrenches (assorted sizes)

Step 1: Park your vehicle on a flat, hard and level surface with the parking brake applied.

Step 2: Place the wheel chocks around the wheels that will remain on the ground. You will be lifting the end of the vehicle that the shocks are to be replaced on, leaving the other end on the ground.

Step 3: Lift the vehicle. Working one side at a time, lift the vehicle with the floor jack placed on the factory lift point.

You want to lift the vehicle high enough so that you can comfortably get underneath it.

Step 4: Place the jack stand under the factory lift point. Lower the vehicle onto the stand.

You should now have room to work under your vehicle.

Step 5: Take some pressure off the suspension. Place the jack under the area of the suspension that you are working on first and jack it up just enough to take some of the pressure off of the suspension.

●Warning: It is important that when you jack up the suspension, the vehicle does not come off of the jack stand. You only do this on the side you are working on - if you are changing the right front shock first, you will place the jack under the right front control arm only.

Step 6: Remove the shock mounting bolts using the appropriate socket or wrench.

Step 7: Remove the shock from the vehicle and discard.

Step 8: Install the new shock and mounting bolts.

●Tip: Some new shocks will not fit easily into the mounting bracket. If it will not fit, then you may need to slightly bend the bracket.

Step 9: Torque the mounting bolts to manufacturer’s specifications. You should be able to find the specifications in the owner’s manual.

If you do not have the torque specifications, then tighten the bolts down until they are snug.

Step 10: Remove the floor jack from under the suspension.

Step 11: Lower the vehicle back to the ground. Place the floor jack under the factory lift points and lift the vehicle off of the floor jack.

Remove the floor jack and lower the vehicle to the ground.

Step 12: Remove the wheel chocks.

Step 13: Test drive the vehicle. Listen for any noises such as squeaks or pops which may indicate that something was not tightened down correctly.

If there are no noises, then you should notice that the vehicle rides much better than it previously did.

If you are not comfortable replacing your shock absorbers yourself, then you should seek the assistance of a certified mechanic. A certified mobile mechanic from YourMechanic will be happy to come to your home or office to replace your shocks.


KNOWLEDGE OF SHOCK ABSORBER

Twin-tube gas charged variously known as a "gas cell two-tube" or similarly-named design, this variation represented a significant advancement over the basic twin-tube form. Its overall structure is very similar to the twin-tube, but a low-pressure charge of nitrogen gas is added to the reserve tube. The result of this alteration is a dramatic reduction in "foaming" or "aeration", the undesirable outcome of a twin-tube overheating and failing which presents as foaming hydraulic fluid dripping out of the assembly. Twin-tube gas charged shock absorbers represent the vast majority of original modern vehicle suspensions installations.


REPLACE SHOCK ABSORBER PLEASE ATTENTION

Inferior shock absorber has a great impact on automobiles:

1.Driving centrifugal force increases by 26%.

2.Glares moving up-and-dawn produced by automobiles create the eyestrain.

3.Tyre wear increases by 7%.

4.In an emergency,brake stopping distance increases by 2.6m.

5.Automobiles may skid on the pavement with seeper.

6.The adhesion reduces when an sutomobile turns a corner.

   It design of the shock absorber mismatches the standards,you are not able of to fully control your car and car accidents may happen.Therefore,please be sure to replace the old shock absorber with high-quality.


PRODUCT INTRODUCTION

  Our shock absorber adopts high-quality oil seal and steels,combining with compound-mouth oil seal technology,in order to give double protections to the shock absorber. Also,the shock  absorber has applied the word advanced technology of chrome plating treatment to the micro-crack of hard chromed piston rod,combing with fine processing ,in order to highly improve quality of shock absorber and endure application performance and service life. Most important,  the shock absorber  also can control the car body rake forward due to inertia brake and side rolling due to car turning around in an effective way,thus to highly improve car driving and riding comfort and make cars suit various road condition.  

Our company is specialized production shock absorber more than 15 years,is one of the largest shock absorber manufacturers in China.our products mainly exported to Europe, south America, East Asia etc.We believe shock absorber is the best choose for you!


PRODUCTS DETAILS

图片1.jpg1, The weld:  Use of robot welding, equipped with Matsushita automatic welding machine and 1.5MM wire, to ensure consistency 、aesthetics of welding, welding depth of 1.5mm, pull force ≥ 45KN.


图片2.jpg2, NOK oil seal:  Use of Japan NOK oil seal, NOK oil seal is the industry's highest quality oil seal, the use of natural high-quality (NBR) production, effectively suppress the shock absorber oil leak, abnormal sound; tolerance temperature -45 ℃ -120 ℃ , Inflatable pressure reached 3MPa

3,Connecting rod: Degree of finish ≤ 0.05, chrome layer thickness ≥0.02, quenching depth 1-1.5, quenching hardness Rockwell HRC50-55; chrome layer Vickers hardness HV900-HV1300, piston end beating ≤ 0.03, micro-crack evenly distributed

4, Electrophoretic paint: Use of electrophoretic coating, film thickness 0.04-0.06, salt spray test ≥ 480 hours, the appearance of high finish, without any dead ends.


PRODUCTS SPECIFICATION

KOOBER NO.

MANUFACTURER

MODEL

YEAR

POSITION

OEM NO.

KYB NO.

67003511

TOYOTA

CAMRY ACV40

06/01-

FL

  4852006390   4852006410   4852006610   4852033500   4852033510   4852033530   

339024

67003512

TOYOTA

CAMRY ACV40

06/01-

FR

  4851006390   4851006410   4851006610   4851033500   4851033510   4851033530    

339023

67003521

TOYOTA

CAMRY ACV40

06/01-

RL

 4854006300   4854006470   4854006490   4854033370   

339026

67003522

TOYOTA

CAMRY ACV40

06/01-

RR

 4853006330   4853006470   4853006490   4853033370   

339025

●Type: Shock Absorber

●Spring Type: Coil Spring

●Spring Material: Steel

●Shock Absorber Type: Gas-Filled

●Position: Front and rear

●Size: OEM Standard

●Place of Origin: Henan, China (Mainland)

●Warranty: 1 year

●Material: Rubber, Steel

●Color: Black or as your request

●MOQ: 50PCS

●PAYMENT: T/T, Paypal, Western Union, etc. 

●Car model: Japanese car;Korea car;France car;American car;German car etc.


PRODUCTS FEATURE

1)All weather fluid

2) Hard chromed piston rod reduces friction

3) Seamless cylinder reduces possibility of splitting

4) High-Pressure Nitrogen Gas

5)Quality contral system certified by ISO/TS16949


Packaging & Delivery

Neutral Package: One piece in one bag, one piece in one carton box, 4-6 pieces in one carton, One 40'HQ container could load about 1200pcs.

Print Package: could be made and used by your own designed package.

Delivery Detail:45 days upon receipt of 30% deposit payment


OUR SERVICE

1.OEM Manufacturing welcome: Product, Package,or others ...  

2. Sample order 

3. We will reply you for your inquiry in 24 hours.

4. After sending, we will track the products for you once every two days, until you get the products. When you got the goods, test them, and give me a feedback.If you have any questions about the problem, contact with us, we will offer the solve way for you.


FAQ

Q1. What is your terms of packing?

A: Generally, we pack our goods in neutral white boxes and brown cartons. If you have legally registered patent, we can pack the goods in your branded boxes after getting your authorization letters.


Q2. How about your delivery time?

A: Generally, it will take 30 to 60 days after receiving your advance payment. The specific delivery time depends 

on the items and the quantity of your order.


Q3. Can you produce according to the samples?

A: Yes, we can produce by your samples or technical drawings. We can build the molds and fixtures.


Q4. What is your sample policy?

A: We can supply the sample if we have ready parts in stock, but the customers have to pay the sample cost and 

the courier cost.


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