Magnesium Alloy E-Bike is Changing the Game
Benefits of Magnesium Alloy EBikes
The weight of a spoke wheel is typically between 1.5 and 2 kg, but a magnesium alloy wheel is between 1 and 1.5 kg. (depending on the rim size). The bike wheel's light weight makes accelerating more quickly while managing the bike simple. It guarantees the rider's safety and time preservation.
Because MAG wheels have a low density (1, 74 g/cubic centimeters), they are robust and have low deformation levels, making them efficient vibration absorbers. It reduces vibrations, provides a safe ride, and makes the rider feel at ease. He also rides his bike without exerting much effort. In addition to the advantages of riding an e-bike, one more advantageous option is available: extended wheel usage, particularly on city streets.
3. Easy to care for
Magnesium wheels are much simpler to clean and polish than spoked wheels. The driver saves time and effort by getting clean, well-groomed wheels while putting less effort into them and using it for other vital tasks.
4. Elegant appearance
The design of magnesium wheels is sleek and contemporary. The owner can give his bike some personality, grab attention, and earn praise.
5. Corrosion Defense
Pure magnesium alloy devoid of other metal pollutants is not resistant to corrosion, but when combined in an alloy with other metals that serve as protectors, it becomes so.
Compare and Contrast Magnesium Alloy with Other Materials Commonly Used in E-Bike Construction
Safe to Ride
Magnesium alloy bike is sturdy and less prone to accident than electric bikes made of aluminum alloy. The wheels on the magnesium alloy bike frames are incredibly robust and ideal for mountain bikes and road racing. While aluminum electric bikes are lighter than magnesium alloy electric bikes, making them faster overall.
Compared to aluminum, magnesium is a lighter material for bike frames. The aluminum alloy's small weight helps an electric bike move quickly. Bike racers favor it since it is simple to handle.
Amazingly, magnesium bike frames are less expensive than carbon fiber bike frames. Magnesium-framed electric bikes require a lot of energy to produce, which increases the difficulty and cost. Compared to other metals, aluminum is the least costly for you as the buyer.
Due to their lower stiffness and higher tensile strength than aluminum, electric bikes with magnesium frames are more comfortable to ride. One of the drawbacks of aluminum alloy electric bikes is that they hardly absorb road vibrations, which causes the rider discomfort.
Compared to electric bikes with aluminum frames, magnesium alloy is softer, leaving it vulnerable to damage and breakage. Repairing an electric bike with an aluminum frame is more complicated since takes a lot of time and skill to mend a broken bike.
Magnesium is more susceptible to rust and corrosion, making maintenance more challenging, while aluminum alloy has a reduced tendency to rust. It works well whether you ride a bike or compete in bike races over damp terrain because of the aluminum alloy's great resistance to rust.
Maintenance and Care of Magnesium Alloy Bikes
E-bikes are more vulnerable to harm from the elements than traditional bikes, in addition to normal wear and tear. Your e-bike needs regular maintenance to stay in good operating order. Compared to their gas or diesel-powered equivalents, e-bikes are more susceptible to weather damage. When not in use, keep your e-bike in a safe location.
Magnesium wheels are much simpler to clean and polish than spoked wheels. The driver saves time and effort by getting clean, well-groomed wheels while putting less effort into them and using it for other vital tasks. Pure magnesium alloy devoid of other metal impurities is not corrosion resistant, but when combined in an alloy with other metals that serve as protectors.
Future of Magnesium Alloy Bikes
The use of magnesium bikes is not new. In the 1980s, Kirk Precision in the UK began producing magnesium frames. Instead of being made up of jointed tubes, these were cast in a single piece. Other manufacturers, including Pinarello and Merida, have also produced magnesium bikes. But none of them have had access to this fresh information.
The new metal, a metal nanocomposite, has a very high specific strength and a specific modulus, which measures strength to weight ratio. It has the potential to produce lighter cars, aircraft, and spacecraft. It also has a future in the bike industry.
A Brief Introduction to Heybike Tyson
Heybike Tyson folding bike has a powerful 750-watt motor on a unibody frame. It is the first of its kind in its class. The frame of this e-bike is constructed from a single piece of magnesium alloy. Tyson is both lightweight and robust. Magnesium alloy makes cycling comfortable, especially on rocky roads.
Tyson has a hydraulic front-fork suspension and a folding form factor. The bike has one-piece foldable design and disc brakes, which have great stopping power, putting it head-to-head with its rivals.