• Wheel Aluminium Alloy Model No. 812  for the best quality performance System 1
  • Wheel Aluminium Alloy Model No. 812  for the best quality performance System 2
  • Wheel Aluminium Alloy Model No. 812  for the best quality performance System 3
Wheel Aluminium Alloy Model No. 812  for the best quality performance

Wheel Aluminium Alloy Model No. 812 for the best quality performance

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
600 set
Supply Capability:
6000 set/month

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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.


Wheel Aluminium Alloy Model No. 812 for the best quality performance


Size ETCBHoleP.C.DFinish
22X9.515-3073.1-1085/6114.3-170Black   W/machine face


Product Description:


1) Lighter than tube wheels makes the car much more oil saving.


2) Better cooling performance in longdistance and high speed driving keeps the car safe enough.


3) Bigger external diameter let the driver feel much more comfortable. 


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


Production Procedure:


1) Casting Machine Melting & Full Heat Treatment


2) CNC machine CNC made in Taiwan


3) Painting Line Full automatic Painting


4) Quality Control Certifications : JWL.VIA Japanese Standard 


   Impact fatigue testing 


   Bending fatigue testing, 


   Radial run out testing


   Dynamic balance testing. 


   Air-tightness testing




Q: How does the precession of the wheeled gyroscope produce?
When the wheels of the wheel gyroscope around the rotation axis angular velocity W high-speed rotation, the angular momentum L = JW. If the fulcrum is not in the center of gravity of the system, the system will be neutral M = r * mg role, from the angular momentum theorem M = Dl / Dt know, the wheel rotation axis will be on the vertical axis of the precession, the rate of increase in speed = mgr / j. Direction determined by the direction of L, M we are not easy ah this is a little professional ah so it takes a long time
Q: If the car can turn the four wheels 90 degrees, then the roadside parking is not particularly convenient? Is it a technical problem or other problem that leads to a car wheel that can turn to 90 degrees?
Audi has been the concept car is done, the specific way is to become a spherical tire.
Q: Four wheels have one. There are two in front of the wheel, two in the back; some are in front or behind. How is this going
Is a four-wheel disc brake that is the brakes to make pieces of disc brake device
Q: I have a Toyato Yaris 4 door the garage said i have a wheel bearing gone on the back wheel but i have no rumbling or any noise can the garage be right?
complex problem. seek into yahoo. just that might help!
Q: What is wheeled interrogation?
Wheel war is even the wheel turn, uninterrupted.
Q: Can you list any good websites that you can get wheels for a Honda CBR 900rr. Does not have to be custom or chrome etc, just direct replacement wheels.Remember 10 points to the best answer.(I dont want sites that only cover choppers cruisers etc)
Look up Dennis Kirk or J P. They both sell tires.
Q: How do I keep the anti-skid chains on the van?
We used to be in the army to the large car anti-skid chain is the case, the anti-slip chain in front of the wheel, and then move forward the vehicle, just suppress the anti-skid chain, get off the other place put anti-skid chain, and finally reinforcement. This can also shop in the back later back. If the anti-skid chain because of the specifications and style of the former a kind of inconvenience, then use a basic approach, the wheels stand up, but the car is not too much trouble.
Q: What role does the wheelchair make as a snack?
Initially, the shortening means lard. Later, with the consumption of hydrogenated vegetable oil or a small number of other animal and vegetable oils made of shortening consumption much more than lard. According to the source of oil can be divided into animal or plant shortening; partially hydrogenated or fully hydrogenated shortening; emulsified or non-emulsified shortening. According to the use and functionality can be divided into bread, pastry, frosting and frying with shortening. According to the physical form can be divided into plastic, fluid and powder shortening (the so-called "powder grease"). The shortening and margarine are somewhat similar in appearance, but not as a class. Margarine generally contains about 20% water, it is the table with oil, that is, direct consumption, containing more additives (pigment, flavor, etc.). And shortening is generally not directly consumed. There are many varieties of shortening in foreign markets. According to the above classification and then series. Such as the degree of hydrogenation of the grease, the size of the plastic, the inflation rate, the consistency or viscosity, the oil content of the powder, and the like. However, in the domestic market did not see a variety of domestic varieties, the food industry has not yet put forward a variety of or special requirements, so in this respect is only in the initial stage. Powdered shortening has been produced in the country, are microcapsules, oil content of 20-80%. Function Although the shortening is as raw material for food processing fat, so its functional characteristics are particularly important, including plasticity, cinnabarization, from the crisp, emulsifying, water absorption and so on.
Q: A wheel is revolving at 20.0 rad/s when a brake is engaged and the wheel is brought to a uniform stop in 15.92 revolutions.A.) How long time did it take to stop the wheel?B.) What was the deceleration?
?Find time to stop and deceleration of revolving wheel? A wheel is revolving at 20.0 rad/s when a brake is engaged and the wheel is brought to a uniform stop in 15.92 revolutions. A.) How long time did it take to stop the wheel? B.) What was the deceleration? What is wrong? The wheel spins 20 radians in one second. The wheel is brought to a uniform stop in 15.92 revolutions. There are 2π radians in 1 revolution. The wheel travels 15.92 rev * 2π radians/ rev 100 radians 100 radians ÷ 20radians/second 5 seconds Deceleration ΔV ÷ t 20 radians/s ÷ 5 s Deceleration 4 radians/s^2
Q: The wheel is phenomenally efficient insofar as transportation is concerned. Why did the Intelligent Designer give me feet instead of wheels?
Man you're stupid. Humans realized that heavy objects could be moved easier if something round (e.g. a tree log) was placed under it and the object rolled over it. Humans also realized a way to move heavy objects, with an invention archeologists call the sledge. Logs or sticks were placed under an object and used to drag the heavy object, like a sled and a wedge put together. Humans thought to use the round logs and a sledge together. Humans used several logs or rollers in a row, dragging the sledge over one roller to the next. With time the sledges started to wear grooves into the rollers and humans noticed that the grooved rollers actually worked better, carrying the object further. This was simple physics, if the grooves had a smaller circumference than the unworn parts of the roller, then dragging the sledge in the grooves required less energy to create a turning motion but created a greater distance covered when the larger part of the log roller turned. The log roller was becoming a wheel, humans cut away the wood between the two inner grooves to create what is called an axle. Wooden pegs were used to fix the sledge, so that when it rested on the rollers it did not move, but allowed the axle to turn in-between the pegs, the axle and wheels now created all the movement. These were the first carts. Improvements to the cart were made. The pegs were replaced with holes carved into the cart frame, the axle was placed through the hole. This made it necessary for the larger wheels and thinner axle to be separate pieces. The wheels were attached to both sides of the axle. .Next. the fixed axle was invented, where the axle does not turn but is solidly connected to the cart frame. Only the wheels did the revolving by being fitted onto the axle in a way that allowed the wheels to rotate. Fixed axles made for stable carts that could turn corners better. By this time the wheel can be considered a complete invention.

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