Auto Aluminum - Automotive Lightweight Solutions

Aluminum is widely used in the passenger car and commercial vehicle industries due to its lightweight and high-strength properties. Aluminum not only significantly improves vehicle performance and fuel economy; it also improves overall vehicle performance without compromising safety.

Comprehensive application of automotive aluminum: in-depth analysis from body structure to interior and exterior decoration

MASTAR designs and manufactures aluminum products for all vehicles, covering all vehicle systems such as passenger cars, commercial vehicles, racing cars, new energy vehicles, etc.

Aluminum plate for automobile body

Aluminum profiles for use in body in white (BIW)

Aluminum sheets and profiles for automotive chassis systems

Aluminum sheet and aluminum profile for automobile power system

Aluminum foil and profiles for automotive interiors decorative

Aluminum alloy brazing materials for automotive heat exchange systems

In modern cars, brazed aluminum sheets, strips, foils, tubes and other materials are widely used in heat exchange systems such as engine radiators, oil radiators, intercoolers, air conditioning condensers and evaporators. Aluminum is an ideal choice for automotive thermal management due to its strength, corrosion resistance, weight reduction, excellent thermal conductivity and sustainability, effectively managing vehicle temperature and improving environmental credentials.

MASTAR focuses on providing high-quality aluminum products to customers around the world, covering various specifications of plates, strips, foils, composite strips (foils), extruded round tubes, flat tubes, porous flat tubes and welded tubes. We are committed to helping customers manufacture automotive parts that can maintain optimal temperatures under any conditions and promote the future development of the automotive industry.

Aluminum alloy breakthrough in new energy vehicles: innovative applications from battery trays to vehicle frames

• Battery cooling system: Battery thermal management requires an efficient cooling system. Aluminum brazing composite materials are widely used in battery liquid cooling plates to improve cooling effects and ensure battery safety and performance.
• Lightweight design: In order to extend the driving range, electric vehicles rely more on lightweight materials. Aluminum is an ideal choice for body structure, chassis and other key components due to its lightness and strength.
• Electric motors and electronic control systems: Aluminum's good electrical conductivity and heat dissipation properties make it the preferred material for components such as motor housings and electronic control module heat sinks, helping to improve system stability and efficiency.
• Thermal management system: New energy vehicles require a more complex thermal management system. Aluminum materials are widely used in radiators, condensers, air-conditioning systems and other components to ensure temperature control of the vehicle under various operating conditions.

The Green Case——How Aluminum Reduces Vehicle Weight and Carbon Emissions

• Aluminum is strong, efficient, safe, recyclable, and abundant. For every 0.45 kg (1 pound) of aluminum used in a car instead of steel, the vehicle loses 0.45 kg of weight. This metal keeps vehicles on the road safer and more efficient. Aluminum has become increasingly popular in the automotive industry over the years. It is used to produce engines, transmissions, suspensions, wheels, brake parts, frames, magnets for tachometers and speedometers, wiring, air conditioning components, and even body parts.
• Here is a formula that makes it easier to understand the importance of reducing the weight of a car. Assume that a car has traveled 200,000 kilometers, which is about 125,000 miles. Assume that the secondary weight is reduced by 20%. On average, 1 kilogram of weight is saved for every kilogram of aluminum, because steel weighs twice as much as aluminum.
• Every kilogram of aluminum used in a car saves 19 kilograms of CO2 over the car's lifetime. If we also take into account the production and distribution of fuel (wheel-to-wheel), we can say that a 100 kilogram reduction in vehicle weight means 10 grams of CO2 per kilometer, or 2,000 kilograms over the car's lifetime.

Mastar——Your professional automotive aluminum supplier and technical service expert

• Comprehensive aluminum product supply: We provide a full range of aluminum products from aluminum alloy sheets, strips, foils to aluminum tubes, profiles, brazing materials, etc. to meet the needs of different components in automobile manufacturing.
• Technical support and customization services: Our professional team provides technical support and material customization services for the automotive industry to ensure the best application effect of aluminum and help customers improve product performance.
• High quality and strict quality control: We adhere to the highest quality standards. All aluminum products undergo rigorous testing and certification to ensure that we provide customers with reliable aluminum that meets the requirements of the automotive industry.
• Fast delivery and global supply chain: With a complete supply chain network, we can respond quickly to customer needs and provide efficient logistics services around the world to ensure on-time delivery of aluminum.
• Sustainability and environmental commitment: We are committed to providing aluminum materials with sustainable and environmental advantages to help customers reduce carbon emissions and promote green automobile manufacturing.

More recommendations——MASTAR aluminum for commercial vehicles