• Aluminium Alloy for Great Performance No. 4 System 1
  • Aluminium Alloy for Great Performance No. 4 System 2
  • Aluminium Alloy for Great Performance No. 4 System 3
Aluminium Alloy for Great Performance No. 4

Aluminium Alloy for Great Performance No. 4

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
350 set
Supply Capability:
10000 set/month

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Aluminium Alloy Wheel for Great Pormance No. 4

 

Product Description:
 

Aluminium Alloy Wheel for Great Performance No.4

 

1. Structure of Aluminum Alloy Wheel Description:

Aluminum alloy wheel is special for cars and trucks & buses, they are 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 differences. Compared with the former, the latter have more advantages than the former ones. Aluminum alloy wheel is an excellent representative of alloy wheel according to their following characters:

 

2. Aluminum Alloy Wheel Production Procedure:

With Casting Machine Melting & Full Heat Treatment

With CNC machine CNC made in Taiwan

WIth Painting Line Full automatic Painting


3. Aluminum Alloy Wheel No.4 Images:

 

Aluminium Alloy for Great Performance No. 4

Aluminium Alloy for Great Performance No. 4

Aluminium Alloy for Great Performance No. 4

 

 

 

4. Aluminum Alloy Wheel No.4 Specifications & Advantage:

 

Specifications:

 

Size ETCBHoleP.C.DFinish
16X6.54564.15114.3Gunmetal w/m.face

 

Advantage:

 

It is Lighter than tube wheels

It has Better cooling performance in longdistance and high speed driving

It is Bigger external diameter

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


4. FAQ

We have organized several common questions for our clients,may help you to choose the favourate aluminium alloy wheels for your consideration:

① How about your company?

CNBM International Corporation (CNBM International) is the most important trading platform of CNBM Group Corporation, a state-owned company under the direct supervision of State-owned Assets Supervision and Administration Commission of the State Council.


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. If the order is huge, we will arrange the new production lines specially for our customers. Please do not hesitate to contact us if any questions and we are looking forward to hearing the news from all of you.

 

 

Q: Need supplier of custom wheels for 1/5 size radio controlled cars. Prefer US, not foreign supplier.
I've never heard of 1/5 scale cars, I've been racing r/c cars for six years, the only ones I know of are 1/4, 1/8, 1/10 and 1/18. Are you sure it's 1/5?
Q: A turbine wheel is positioned such that the center of the wheel sits 26 feet off the floor of an electric steam generating plant. The wheel has a radius of 18 feet and is turning at 1rev/8sec. Design a Trig Model that will predict the height of the sensor, located at the lowest point on the wheel at t = 0 seconds, from the floor of the plant. The Trig model should be in the form of h(t)=(a)cos((b)(t)+c)+d , where h(t) measures the height of the sensor from the floor, in feet, at any time t in seconds.
The wheel is turning at 1 rev/ 8 sec, so 1/8 rev/sec, i.e. pi/4 radians per second ( = 45 degrees per second) So the angle the wheel has rotated by at time T is T*pi/4 rad = 45*T degrees - we will denote the angle by x for clarity. The radius of the wheel is 18 feet, so after time T, the sensor will be 18-18cos(x) feet higher than it was when it started the rotation. To see this, draw the wheel having rotated through some angle y<pi/2 rad (=90 degrees), and use trigonometry to work out the vertical distance between the centre of the wheel and the sensor. Since you know the radius of the wheel, you can the work out how much height the sensor has gained in terms of the angle the wheel has rotated. Now, for any time t, we know that the sensor will be 18(1-cos(x)) feet higher than it started. We also know that at t=0 the sensor was at the lowest point of the wheel, which was 8 feet off the ground (since the centre of the wheel was 26 feet off the ground and the wheel has radius 18 feet) Hence, at any time t, the sensor is -18(cos(t*pi/4)-1) + 8 feet from the ground.
Q: For school, I need to build a balloon powered car. My car is made of balsa wood, and so are my wheels. They are around 5 cm in diameter and very thin. My axle is a nail. My wheels keep on leaning to the side, causing my car not to move. I need this car to move at least 5 meters. How can I make my wheels stand straight? I tried gluing something around the wheels, to no success.
I suggest you make 3 or 4 sets of wheels and glue them together in a stack to make fatter wheels. Then sand them so that the edge of the tire is smooth.
Q: which is better a kicking wheel or electric pottery wheel
it's cheap, and easy. there is no good reason not to change it. just be very careful not to get any brake fluid on any painted surface, it will eat paint in a hurry. edit: despite what dan H said, DOT 3 and DOT 4, are not necessarily interchangeable, there are DOT3 fluids, DOT 4 fluids, and some that are both.
Q: Is it feasible to use a bicycle wheel to rotate the field to cut the magnetic field?
Do not pull what theory, and this has been someone to do it, to OKorder search "bike cutting magnetic field power generation" OKorder - Amoy! I like.
Q: i know Audi R8 is backwheel drive, and its a good drifter. why does back wheel drive cars drift better?
The Audi R8 is all-wheel drive. All four wheels receive power from the engine. Most consumer cars are front-wheel drive. Generally, rear-wheel drive cars are sports cars. They drift better because in a corner, as the power is at the back, the tail of the car is pushed outward. In a front-wheel drive car, the power is at the front, and the car is simply pulled along.
Q: In terms of wheel size/tire size/then tire width. Both axles please!
The six cylinder and 318's were built with 14x5 1/2 steel wheels and E78 tires, the big block wedge cars, 14x6 steel wheels with F70 tires and all the Hemis, 15x7 wheels with F60 tires. The optional Rallye wheels could be had in 14x5 1/2, 14x6 and 15x7, the optional five spoke road wheel could only be had in 14x6. All front disc brake cars and 340 built cars required 15 inch wheels for caliper clearance. The Challenger T/A was unique in that the front tire size was E60 and the rear G60, both 15 inches. This information is for 1970 models only. I found and purchased in the mid '80's a set of 15 x 6 1/2 Rallye wheels that supposedly came off a '78 Chrysler Cordova.
Q: its been explained to me before but i dont understand. and a car only has four wheels so logically you would think four wheel and all wheel are the same, but of course they are not.thank you in advance and please answer seriously.
Generally all wheel drive indicates that all four wheels recieve power continuously or they are automatically engage when the vehicle decides it is necessary. Four wheel drive requires some action on the part of the driver to initiate power to all the wheels. Good luck and God Bless.
Q: How to install the bike wheel of the steel wire 10 I bored to BMX bike wheels of the 48 steel wire and the shaft opened, and later wanted to install it back to the original look.When the car is exercised, the wheels turn to the ground, I think Wheel shaft and wheel frame are not balanced.
This adjustment process is called the circle or the cage. Have technical content. The principle is, to the left, to tighten the right of the spokes, the wheels pulled right. To the right side, to tighten the left side. Radial, the axis is not on the center, the wheels tend to, you loosen the top of the spokes, tighten the lower spokes. Until the wheels are right.
Q: im making a custom bike and want a small front tire could i use like a razor scooter wheelor maybe like a moped wheel or just a small bicycle wheelwhere would i be able to get one
Use a 12 1/2 pneumatic bicycle/scooter wheel. Pro bike shops usually have scooters with these types of wheels around, toddler bikes have the wheels on them. I recently bought a set of 12 1/2 Kenda tires and some Bell tubes, every bit the quality of larger ones for a friends kids Tonka bike. Also, in the late 80's early 90's when I was a kid there was slew of cheap scooters with mag wheels and pneumatic tires, but they were a pain in the rear to air up since they had so little rim to hub clearance. I'm sure you can find one of those locally at a pawn shop or junk dealer no problem, I think they were 8 1/2 x 2 or something.

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