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We are the world's leading supplier of tires and wheels, founded in 2002. After 17 years of development, the company has extensive influence in the tire and wheel industry. We are committed to manufacturing high-quality tires and wheels that bring safety to every customer's car.
Rich Product Range
Our company can produce truck tires, car tires, industrial tires, OTR tires, steel wheels, aluminum wheels, mining tires, alloy wheels, truck rims, radial truck tires and more.
Quality Guaranteed
The product technical indicators have reached the standards of the U.S. Department of Transportation (DOT) and the Economic Commission for Europe (ECE), passed ISO/TS 16949 certification, and passed ISO9001 quality management system and ISO14000 environmental system certification.
Advanced Production Equipment
Our company has introduced CNC spinning machines from German LEIFELD and SSB companies, Italian IMT CNC machining centers, and Spanish AUTOPULIT polishing machines; we have also introduced automatic testing equipment from the American BTI company, and introduced 5 highly automated production lines, equipped with more than 120 advanced equipment Taiwan sets, more than 50 robots.
Leading Service
We have many years of industry experience and a complete production management, quality supervision, sales service operation system. Whether you're looking to purchase truck tires or industrial tires, just email your requirements and we can customize the product for you.
Advancing the traditional casting process with a mix of usa design, the Aluminum wheels is new staple in the Keman product lineup, it is a split five-spoke design that employs...
Steel truck wheels designed for usa market
Usage on drive, steer and trailer axle
Positive hub-piloting and cone-lock clamping leads to improved wheel life
Car rims, also known as wheels, are the circular metal components that interface with the tire and connect to the vehicle's hub. They are an essential part of the wheel...
Alloy wheels are automotive wheels made from a combination of metals, most commonly aluminum, magnesium, or both, mixed with small amounts of other elements such as silicon,...
A forged truck wheel is a type of wheel that is manufactured using a process called forging. This process involves shaping metal into a desired form under high pressure and...
Alloy forged wheels; 1-piece forged wheels; luxury forged wheels; concave forged rims;Forged aluminum wheels; OEM acceptable
Aluminum Alloy rims , Alloy wheels, car aluminum alloy wheel,car wheels ,rims ,wheel rims ,dish,car wheel hub ,OEM acceptable
Aluminum Alloy car wheels,car aluminum alloy wheel,Alloy wheels,car wheels,rims,wheel rims ,dish,car wheel hub ,OEM acceptable
Lightweight design facilitates acceleration, braking, and fuel economy performance
A variety of colors and processes are available
Our car wheels can be...
Our car rim’s advanced technology ensures lightweight and performance under harsh conditions
The reinforced structure at the rim of the hub is conducive to the balance...
The truck wheels enjoy the good corrosion resistance
The fully enclosed spraying process ensures a flawless appearance
The latest steel formula gives the...
Steel wheels for truck axles
Perfect balance and durability
Excellent corrosion resistance in hot and humid climate and high salinity environment
Mar 20, 2020
Mar 19, 2020
A wheel is a round, circular object with spokes or rims that rotates around an axis. They are commonly used as components in vehicles, machinery, and various devices to facilitate movement or transportation. Our wheels also include aluminum wheels, car wheels and more.
Features of Aluminum Wheels
Aesthetics
Aluminum Wheels typically just look far more stylish than others. This is largely due to a more complex manufacturing process to create the alloy wheels, which lends itself to more creative and even custom designs.
Performance
Looks aren’t the only thing that alloy wheels have going for them, they can also help improve vehicle performance. For instance, Aluminum Wheels are significantly lighter than steel ones, something that helps a vehicle in terms of fuel economy, braking and accelerating. Steering and handling is also often improved with Aluminum Wheels. The lighter wheels also help limit wear and tear on other vehicle components, like the engine, transmission and suspension.
Lightweight
Aluminum Wheels are significantly lighter than their steel counterparts, something that helps improve a vehicle’s fuel economy, strain on various components and enhance its handling. Keep in mind that every 10 percent reduction in weight that can be achieved translates to up to a 7 percent enhancement when it comes to fuel economy.
Corrosion-Resistant
A final key benefit to Aluminum Wheels – and the alloy material – is that they are more corrosion and rust resistant compared to steel and other metals.
Forging
Forging can be done by a one or multistep process forging from various magnesium alloys, most commonly AZ80, ZK60 (MA14 in Russia). Wheels produced by this method are usually of higher toughness and ductility than aluminium wheels, although the costs are much higher.Forging is a complicated process that involves such processes, as heating, rolling, applying high pressure, hammering and/or combination of these.
High Pressure Die Casting
This process uses a die arranged in a large machine that has high closing force to clamp the die closed. The molten magnesium is poured into a filler tube called a shot sleeve. A piston pushes the metal into the die with high speed and pressure, the magnesium solidifies, and the die is opened, and the wheel is released. Wheels produced by this method can offer reductions in price and improvements in corrosion resistance, but they are less ductile and of lower strength due to the nature of high pressure die casting.
Low Pressure Die Casting
This process usually employs a steel die, it is arranged above the crucible filled with molten magnesium. Most commonly, the crucible is sealed against the die and pressurized air/cover gas mix is used to force the molten metal up a straw-like filler tube into the die. When processed using best practice methods, low pressure die casting wheels can offer improvements in ductility over magnesium wheels and any cast aluminium wheels, they remain less ductile than forged magnesium.
Cast Wheels
These are the most popular type of aluminum wheels, made by pouring molten aluminum into a mold and allowing it to cool into shape. They are lightweight and offer decent performance at an affordable price. There are two subcategories of cast wheels:
Gravity Cast Wheels
Made by simply allowing gravity to fill the mold cavity, resulting in a less dense, less strong wheel.
Low-Pressure Cast Wheels
Involve applying low pressure to push the aluminum into the mold, creating a stronger, more precise wheel.
Forged Wheels
Forged from a solid billet of aluminum under high pressure, these wheels are much stronger and lighter than cast wheels. Forging improves the metal's grain structure, making forged wheels ideal for high-performance vehicles and off-roading.
Flow-Formed Wheels
This process starts with a cast wheel blank that is then stretched over a rotating mandrel while high pressure is applied to the outer edges. The result is a lightweight and strong wheel that combines some aspects of casting and forging.
Billet Wheels
Made from a solid block of aluminum that is machined down to create the wheel. Billet wheels are very strong and customizable but also the most expensive due to the extensive machining required.
Vehicle Compatibility
Ensure the wheels fit your vehicle's bolt pattern, which is the number of lugs and the diameter of the circle they form. Additionally, check the offset, which is the distance from the wheel's hub mounting surface to its centerline, and the width to ensure they will properly fit within your fenders.
Size and Weight
Larger wheels may improve handling and give a sportier look but can reduce sidewall height, potentially affecting ride quality. Heavier wheels can negatively impact fuel efficiency and acceleration. Look for wheels that offer the right balance for your needs.
Material and Construction
Consider the differences between cast, forged, flow-formed, billet, two-piece, and three-piece wheels. Forged and billet wheels are stronger and lighter but more expensive. Cast and flow-formed wheels offer a good balance of strength, weight, and cost.
Load Rating and Durability
Check the load rating to ensure the wheels can support your vehicle's weight, especially important for trucks and SUVs. Also, consider whether you need wheels that can withstand harsh conditions, such as off-roading or high-speed track use.
Finish and Appearance
The wheel's finish affects its appearance and durability. Common finishes include painted, polished, machined, powder-coated, and chrome-plated. Consider the style you want and how the finish will hold up to the elements and wear over time.
Regular cleaning is essential to keep your rims and Aluminum Wheels looking their best. When cleaning your rims and wheels, make sure to use a cleaner that is specifically designed for them. Avoid using harsh chemicals or abrasive materials that can damage the finish of your rims and wheels. To clean your rims and Aluminum Wheels, start by rinsing them with water to remove any loose dirt or debris. Then, apply the cleaner and use a soft-bristled brush to scrub away any dirt or grime. Rinse the rims and Aluminum Wheels thoroughly with water and dry them with a clean, soft towel.
If your rims or wheels become damaged, it is important to have them repaired as soon as possible. Damage to your rims or Aluminum Wheels can cause them to become unbalanced, which can affect your car’s handling and performance. If you notice any damage to your rims or wheels, such as bent spokes or lug holes, take your car to a professional to have them repaired. A professional can assess the damage and recommend the best course of action.
If your rims or wheels are beyond repair, you may need to replace them. When choosing new rims or Aluminum Wheels, make sure to select ones that are the same size and style as your original rims and wheels. This will ensure that they fit properly and do not affect your car’s performance.
Steel wheels are automotive wheels constructed from steel, which is an alloy primarily composed of iron and carbon. Unlike aluminum wheels, steel wheels are heavier but also stronger and more durable, which makes them resistant to dents and bends. They are often coated with a layer of chrome or painted to protect against rust and corrosion.
Durability
Steel wheels are stronger than alloy wheels. The chances of cracking upon impact are very low. Worst case, they may bend, which can be easily repaired. That’s why you will see steel wheels on hardcore off-road SUVs because they can take the beating of rough terrains.
Easy to Repair
Repairing steel wheels is easy and does not cost much. Removing a dent or bend on a steel wheel requires nothing more than hammering. The process is quick, inexpensive and straightforward.
How to Maintain Steel Wheels
Regular Cleaning
Regular cleaning is essential for maintaining steel wheels. Dirt, grime, and brake dust can accumulate on the wheels, leading to corrosion and wear over time.
Inspect For Damage
Regularly inspect your steel wheels for any signs of damage. This includes checking for cracks, bends, or any deformities that can affect the wheel’s performance.
Apply a Protective Coating
Applying a protective coating to your steel wheels can help prevent rust and corrosion.
Proper Tire Mounting and Balancing
Proper tire mounting and balancing are crucial to maintaining the integrity of steel wheels. Improper mounting can lead to uneven wear and damage to both the tires and wheels.
Rotate Tires Regularly
Rotating your tires regularly is another key aspect of maintaining steel wheels. This practice ensures even wear across all tires, prolonging their lifespan and that of the wheels.
Store Wheels Properly
If you change your wheels seasonally, proper storage is essential to maintain steel wheels when not in use.
Alloy wheels are automotive wheels made from a mixture of metals, primarily aluminum, combined with other elements such as magnesium, silicon, copper, manganese, zinc, magnesium, nickel, chromium and titanium. The use of this alloy material is designed to increase the strength and durability of the wheel while reducing weight, thereby providing better fuel efficiency, acceleration performance and handling stability.
Alloy wheels are indeed lighter than the steel wheels of the same size. This is further attributed to the fact that both aluminum and magnesium metals are lighter than steel. The light-weightiness of these wheels is not only advantageous in terms of weight reduction, but also in performance improvement and vehicle handling.
At no time will steel wheels look as good as alloy wheels, the cosmetic upgrade, as well as the heightened visual impact provided by alloy wheels, is one of the major reasons why people opt for them. your car will evidently stand out from the rest and moreover, increases its value.
Alloys were introduced in the manufacturing industries for one major reason, they are better heat conductors than pure metals. This feature has been extended in automobiles and alloy wheels are able to dissipate heat better than traditional steel wheels.
Since alloy wheels are lighter than steel, as mentioned above, improved performance and handling further increase the fuel efficiency of the vehicle to a certain degree. Light wheels mean the car will be pulling less weight, reducing fuel consumption, which is a major factor for car owners these days.
How to Maintain Alloy Wheels
Apply Wheel Cleaner To the Wheels
Choose a high-quality wheel cleaner suitable for alloy wheels. Spray the wheel cleaner evenly onto each alloy wheel, covering all areas, including spokes and crevices.
Scrub the Wheels With a Brush or Sponge
Use a soft-bristle brush or a non-abrasive sponge to avoid scratching the surface of the wheels. Gently scrub in circular motions, paying extra attention to any stubborn dirt or brake dust buildup. Avoid using harsh chemicals or abrasive tools that could damage the alloy finish.
Dry the Wheels With a Microfiber Cloth
Pat dry each wheel thoroughly using a clean microfiber cloth to ensure a spotless finish. Avoid air drying as it can leave water spots on your newly cleaned alloy wheels, diminishing their shine. Take the time to inspect for missed spots and re-dry if necessary, maintaining your attention to detail throughout the process.
Polishing the Wheels
Polishing your alloy wheels is an essential step in maintaining their shiny appearance. Start by applying a high-quality wheel polish to each wheel, covering the entire surface. Use a clean cloth to buff the polish into the wheels, using circular motions for even coverage. Once you're satisfied with the shine, remove any excess polish with another clean cloth, ensuring a flawless finish.
Apply Wheel Polish to the Wheels
Choose a high-quality wheel polish to ensure the best results. Apply a small amount of polish onto a microfiber cloth and work it into all areas of the wheel surface, including any crevices or spokes.
Remove Any Excess Polish
Inspect each wheel carefully for any remaining residue or streaks. Wipe away excess polish using another clean microfiber cloth. Ensure that there are no smudges or marks left on the wheels.
