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Model No. : | S-MAW-M5A |
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place of origin : | China |
Product description
100% quality verification, wheel hub testing ensures your safety and confidence!
We offer the most rigorous wheel testing and inspection procedures for your safety and satisfaction. Each product is 100% fully tested to ensure its superior performance and outstanding quality. In our inspection process, we pay attention to every detail, including strength, durability, balance and appearance, to ensure that each wheel meets the highest standards.
Product Details
Magnesium Alloy Forged Wheel |
|
Brand Name |
S-MAW |
Size |
15-25 Inch, or Customized |
PCD |
114.3mm, 120mm, 130mm, 115mm, 112mm, 127mm, 100mm, 139.7mm, 120.65mm, 108mm, 98mm, 165.1mm, 143.1mm or Customized |
Hole |
5 or Customized |
ET |
0mm, 10mm, 15mm, 18mm, 20mm, 25mm, 30mm, 35mm, 40mm, 42mm, 45mm or Customized |
Color |
Silver or Customized |
Place of Original |
Shanxi, China |
Customization |
Support |
Lead Time
4 |
5-80 |
>80 |
|
Lead Time(Days) |
20 |
35 |
To be negotiated |
WHY CHOOSE MAGNESIUM?
LOW WEIGHT
Magnesium is the lightest of all structural metals. It is 1.5 times lighter than aluminium, 2.5 times lighter than titanium, and 4.3 times lighter than steel. Its specific strength is the highest of them all; so by adding crossection, the strength is increased and structural stiffness becomes superior to that of aluminium.
REDUCED FUEL CONSUMPTION
Magnesium wheels are more efficient by being lighter, and this weight reduction is more impactful because wheels are unsprung and are rotating – so the effect (together with tyres) is exponentially more significant than other components’. The resulting fuel consumption economy is up to 8% for city driving. And reduction in harmful carbon dioxide emissions is proportional.
UNIQUE DAMPING PROPERTIES
Magnesium alloy wheels are superior in absorbing and dissipating shocks and vibrations. Magnesium’s unique damping properties are up to 50 times higher than in the case of aluminium. So vibration loads on a vehicle, especially on the engine, suspension and transmission are reduced, thus improving its performance and increasing its lifecycle.
SUPERIOR MATERIAL RESISTANCE
The stiffness and reliability of structures, especially under bending and torsion load conditions, depend both on the properties of the material and on its geometry/shape. As such, the rigidity of a plate is proportional to the third degree of its thickness, its weight proportional to the first degree. Stiffness leads to higher level of control, which is very important at cornering.
HIGH THERMAL CONDUCTIVITY
Magnesium alloys dissipate eat better, and can thus reduce the temperature of brake systems and hubs – increasing the service life of brake pads and adjacent components.
IMPROVED VEHICLE DYNAMICS
A lighter wheel is faster to rotate and also to decelerate – thus slowing down the vehicle as braking dynamics improve under some circumstances, providing higher safety. Lighter wheels provide for improved handling and better maneuverability, especially at turns – resulting in safer.
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