Aluminium Alloy Wheel for Best Pormance No. 108

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Loading Port:: Qingdao

Payment Terms:: TT or LC

Min Order Qty:: 300 set

Supply Capability:: 3000 set/month

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1. Structure of Aluminum Alloy Wheel Description：

Aluminum alloy wheel is designed for automobile, a barrel shaped metal parts used to support the tyres within the tire profile. The original factory wheel hub on the market can be divided into steel wheel hub and alloy wheel according to the material. Compared with the former, the latter have more advantages. Aluminum alloy wheel is an excellent representative of alloy wheel.

2. Aluminum Alloy Wheel Production Procedure:

• Casting Machine Melting & Full Heat Treatment

• CNC machine CNC made in Taiwan

• Painting Line Full automatic Painting

3. Aluminum Alloy Wheel No.108 details:

• Lighter than tube wheels

• Better cooling performance in longdistance and high speed driving

• Bigger external diameter

• High speed lowering tyre termperature can reduce wear resistance prevent tyre-shoulder seperation

Size	ET	CB	Hole	P.C.D
20X8.5	60	110.5	5	150

4. FAQ

We have organized several common questions for our clients，may help you sincerely：

① How do you control your aluminium alloy wheel quality?

We have established the international advanced quality management system，every link from raw material to final product we have strict quality test as following:

Quality Control Certifications : JWL.VIA Japanese Standard

Impact fatigue testing

Bending fatigue testing

Radial run out testing

Dynamic balance testing

Air-tightness testing

② How long can we receive the product after purchase?

In the purchase of product within 3 working days, We will arrange the factory delivery as soon as possible. The specific time of receiving is related to the state and position of customers’ requirement as commonly 7 to 10 working days can be served.

Q: In the "armored Xiaobao" play, the wheel rolling lines are: "Although the world has a variety of robots, but if the speed than I was the first one!" This is not true? Its speed is not the world's fastest car? unparalleled? The world in the end there is no like a wheel rolling the same machine, what is the company produced by it?: It is the world is not like a wheel rolling car, this is only in the animation and the film world (black people 3 and the wheel is also the same wheelbarrow); the world's fastest car is the British supersonic Push the number, the speed reached a terrible 1227.99 km / h!

Q: High-speed railway wheel material hardness value of about 280HB, rail material hardness value of 260HB.: The wheel is harder than the rail. At this point, the wheel deformation is less than the track, the wheel and rail contact surface for the surface, creep phenomenon is more obvious, not easy to slip; the other hand, the rail is harder, the contact surface is similar to the plane, wheel and rail easier to slip, and this time the wheel easier to wear to the limit The Creep of the relevant content, refer to Professor Ren Zong's "vehicle system dynamics"

Q: In the history of the wheel, China has gone through several cultural revolutions: The second is Cao's father and son Jian'an seven sub-bamboo seven Yin and Tao Yuanming as the representative of the Wei and Jin Dynasties literary screen abandoned worship advocating the natural Renaissance

Q: Physics Problem 2 Wheels rolling without slipping?: Throw me for a loop. HA! You're killin' me. Wheel 1: ω ωo + αt 1rad/s + 0.3rev/s? * 2πrad/rev * 20s 38.7 rad/s after 20 s. ← (a) Then the linear speed of the belt is (equal to the tangential speed of the wheel, which is) v ωr 38.7rad/s * 2m 77.4 m/s ← (c) Θ Θo + ωo*t + ?αt? 0 + 1rad/s * 20s + ? * (0.3*2πrad/s) * (20s)? 397 rads ← (b) Given the linear speed of the belt, then wheel 2's angular speed is ω v / r 77.4m/s / 3m 258 rad/s ← (d) barring computational error. (EDIT: I misread the acceleration as 3rev/s? on first run-through.)

Q: How to determine the distance of the pickup truck wheel distance of 30 meters: How to determine the pickup truck wheel distance of 30 cm?

Q: Shirley is on a Ferris wheel which spins at the rate of 3.2 revolutions per minute. The wheel has a radius of 35 feet, and the center of the wheel is 49 feet above the ground. After the wheel starts moving, Shirley takes 14 seconds to reach the top of the wheel.How high above the ground is she when the wheel has been moving for 6 minutes? (Round your answer to two decimal places.): 1) Center of the wheel is 49 feet above the ground that means top of the wheel is 98 feet above the ground 2) in 6 minutes the wheel would have revolved 6 times 3.2 revolutions that is 19.2 revolutions 3) a (0.2 revolution is an angle of 360*0.2 72 degrees (Or 0.4 Pi() ) The elevation of Shirley will be 35 sin ( 0.4Pi() ) 33.29 feet

Q: Like the honda on the movie baby boy the wheels stick out on the side: You didn't state the model or year or the type of rear brake (drum or disk), so I'll be rather general. From your description, I'm guessing you have drum brakes on the rear axle. Before doing anything, try this: start in reverse instead of ahead - is it any easier? If yes, the wear-recovery device sticks. In either case, the rear brake mechanism (or calipers) should be dismantled, checked fo wear (likely premature wear of pads due to seizing), cleaned and reinstalled. Check that the springs (on drum brakes) are correctly installed, that the drum/disk surfaces are evenly worn and that the pistons move freely along their entire travel. Check also the state of the seals and replace if necessary (worn/broken seals lead to pistons rusting and sticking). This is a good moment to do some bleeding as you'll have released the bleeding valves to move the pistons. Next, check the parking brake cable, linkage and levers - they, amay also cause or contribute to the problem. Not using the parking brake increases the sticking effect. If the car is old, replacing the cable is the best strategy. It should never be lubricated. On disk brakes, caliper and pad guide metal surfaces may be slightly lubricated with hi-temp (copper) grease. Keep it well away from the friction surfaces and disks. I can hardly believe the garage has gone this far. Btw, unless you regularly park in knee-high water or your car has been flooded, I can't imagine such a dirt buildup to justify the effect. Your best bet is a friend with some time, tools, experience and a place to do the job. It shoudn't take more than half a day to do most of the work (time to procure parts excluded).

Q: im a beginner at skateboarding. im doing some internet shopping and there are like 51 mm wheels through 54 mm wheels. and im soo confused! which one is best? could someone please answer soon? thanks soo much! =): skateboard wheels range from 40mm-60mm the most common ones are in the 50mm range. The bigger the wheel the faster you'll go. Vert riders used bigger wheels like from 55mm and up. street skaters use smaller wheels. the smaller the wheel the lower you are to the ground making flip trick easier. I use 52-54mm it's not that big of a deal really if you use smaller wheels like a 51-53mm and have low trucks you'll probably need a riser pad to stop from wheel bite, which is when the wheel hits the deck and stops. I recomend an 1/8 inch riser anyways it helps the board from flexing around the truck bolts and making hairline cracks which is why a lot of skateboards brake. The best size of wheel is up to you as a beginner i'd start off with 53 or 54mm and good bearings like bones reds.

Q: Okay. My car's wheel bearing is going out. I jacked it up the wheel was moving in and out and when I drive I can hear the rotor rubbing against the brakes. My question is: How do I get to the bearings. I get the wheel off, the calipers, and the rotor off but then what do I do to get to the spindel?: What kind of car is it? With a question like this,you may as well have a mechanic work on your car blindfolded!!!

Q: Ok so im making a science project and ferris wheels and im making a motor powered ferris wheel.Im going to connect a fishing line to one side of the ferris wheel and the other will be attached to a motor. The motor will wind up all the string and it will stop. How do i make it go the other way?Or if you know any other way to make it.Please and Thanks: Dont tie it directly to motor or ferris wheel. The ferris wheel should be tied right in the middle for starters with the motor directly below it. Make an O out of the fishing line and hook it around the motor and ferris wheel. If it slips you could wrap the motor part and ferris wheel part that come in contact with the string with a rubber band for traction. Make sure the string is tight around the ferris wheel connection and motor connection. The string should act like a belt the just continually spins the wheel by the motor. Hope this helps!

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