Aluminium Alloy for Great Performance No. 3
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 400 set
- Supply Capability:
- 10000 set/month
OKorder Service Pledge
OKorder Financial Service
You Might Also Like
Aluminium Alloy Wheel for Great Pormance No. 3
Product Description:
Aluminium Alloy Wheel for Great Performance No.3
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.3 Images:
4. Aluminum Alloy Wheel No.1 Specifications & Advantage:
Specifications:
| Size | ET | CB | Hole | P.C.D | Finish |
| 17X7 | 35-42 | 54.1-74.1 | 4/5 | 100-120.65 | BLACK |
| 18X8 | 20-42 | 54.1-74.1 | 4/5 | 100-120.65 | BLACK |
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 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 as JWL.VIA Japanese Standard
With Impact fatigue testing
With Bending fatigue testing
With Radial run out testing
With Dynamic balance testing
With Air-tightness testing
②How to guarantee the quality of the products？
We have established the international advanced quality management system，every link from raw material to final product we have strict quality test；We resolutely put an end to unqualified products flowing into the market. At the same time, we will provide necessary follow-up service assurance.
- Q: I want a pottery wheel that works really well! I want a cheap one though. The one I had before was the 15 dollar plastic wheel. The battery died out every 5 min. The foot pedal wasn‘t that great either. My little brother could use the pottery wheel also. I make great pottery, I am not a pro though. Is there any adult wheels that are around $50? If not then what is the best child wheel there is out there that is only $50. But it really needs to have 4/5 stars, I prefer 5 stars! The speed needs to be decent!
- flow to a craft save or interest shop. you additionally can examine the telephone e book to work out if there's a save that focuses on making pottery. EBay or Amazon could help you stumble on a used one at a exceptionally sturdy cost.
- Q: Suppose you’re riding a Ferris wheel that’s slowing down at a steady rate. As the wheel slows down, does your acceleration point more and more towards the center of the wheel, or more and more away from it? Explain.
- you do not have to down shift, use your brakes to stop you mostly the front when you stop ,gear down for take off,no it will not hurt the bike,,,,,,,,,,,,you need to have a lot more training if you are asking qestions like this
- Q: Alright so we got a 40cm (diameter) 35kg wheel on an incline (22 degree). There is a force pulling the wheel from the top of the wheel. Find a) the required force F (i‘m guessing this means so that the wheel doesn‘t roll down the slope) and b) the minimum coefficient of friction required between the barrel and slope. im thinking for the first part you do moments about the bottom of the wheel (contact section) and find F (components for the moment would be from the force and CG). And then in part B you use that F and do a normal fiction/incline problem. Is this the correct thinking? Cheers
- The gravitational force down the incline is Fg m*g*sinΘ The forces up the incline are the pulling force F + the frictional force Ff ?*m*g*cosΘ By symmetry, F Ff, and by Newton's 3rd law, 2F Fg Ergo, a) F ?Fg ?*m*g*sinΘ 64.245 N Since Ff F, ?min*m*g*cosΘ ?*m*g*sinΘ → ?min ?tanΘ b) ?min ?tan22° .202
- Q: What is the model of the mountain bike in the movie "The wheel"?
- There are Giant's glory, and the lightning car
- 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 ypi/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 t0 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: Mainly the front and rear of the quick release!
- Find a few mountains hard to run, ran it ran out, it is not easy!
- Q: The wheel is phenomenally efficient insofar as transportation is concerned. Why did the Intelligent Designer give me feet instead of wheels?
- Satan invented the wheel. Since when does God make any sense?
- Q: can anyone explain the difference between a wheel with grooves, and a wheel with treads are? or is there no difference at all?
- on the rolling surface, treads will help ya grip it. or you can get a smooth surface wheel. if your buying new wheels, you could get cored wheels. (ones with parts of the middle section taken out.) just as strong but lighter.
- Q: There are several wheels on the front of the train
- This is now the most common electric locomotive front, diesel locomotive front is 12 rounds.
- Q: I Just found some wheels in my backyard that my pops left me, but i'm not too sure of the name. They look exactially like the Spinergy REV-X Wheels, but my wheels have 6 spokes instead of the REV-X 4 Spokes. Can someone help me identify these ? And how much does a wheel run now a days ? Thanks !
- I have 4 spokes on my racing wheels (triathlon). I'm pretty sure the 6 spoke version was for MTB's. Don't recall their model terminology, as those wheels are about 10 years old and probably went for $500-700 at the time. Obviously pops was fairly serious about his cycling.
Send your message to us
Aluminium Alloy for Great Performance No. 3
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 400 set
- Supply Capability:
- 10000 set/month
OKorder Service Pledge
OKorder Financial Service
Similar products
Hot products
Hot Searches
Related keywords
