Advantages: Provide high-strength-toughness, high-yield, high-thermal stability, and recycled low-carbon product series, all engineered to meet specific customer design and quality requirements.

R&D Models: Independent R&D, collaborative R&D with customers, and joint R&D with prestigious institutions, such as Tsinghua University.

Applications: Large-scale GIGA-casted aluminum alloy structural components、including EV‘s monocoque bodies、rear floor、front engine compartments、sub-frames、battery packs、battery trays、housing for E-Drive systems、front cabin triangular beams.

Advantages: Available in both high and low-thermal-conductivity variants, formulated without expensive elements, such as Ni or V, enables the use of casting processes as a substitute for forging, facilitating cost-effective, streamlined, low-carbon, and environmentally friendly production of thermal management components.

R&D Models: Independent R&D, collaborative R&D with customers.

Processes: High-pressure、high-temperature brazing.

Applications：Flow path plates for heat-pump air conditioning systems in EVs, energy storage, computing centers, and Liquid cooling plates for telecommunication industries.

Advantages: Series of products, good balance between mechanical property/electric conductivity & thermal conductivity, cost-efficient.

R&D Models: Independent R&D, collaborative R&D with customers, and joint R&D with prestigious institutions such as Tsinghua University.

Processes: Gravity casting, low-pressure casting, differential-pressure casting, and centrifugal casting, as well as extrusion or other forming processes.

Applications: High-speed rotors of EV motors, structural components with thermal/conductive functions of communication devices, etc.

Advantages: Use 75% of recycled aluminum, compared with A356.2 produced by 100% primary aluminum, can reduce carbon emission 12.4 tCO₂e/t and keep the mechanical performance.

R&D Models: Independent R&D, collaborative R&D with customers.

Processes: Gravity casting, low-pressure casting and differential-pressure casting.

Applications: Aluminum alloy wheels, high-strength & high-toughness structural components for vehicles.

Advantages: Offers even higher mechanical properties after heat-treatment, compared with current high-strength cast aluminum alloys, with its excellent cast ability. It enables casting to replace forging for some 2xxx, 6xxx, and 7xxx alloys, simplifying the process and reducing part costs.

R&D Models: Independent R&D, collaborative R&D with customers.

Processes: Low-pressure/high-pressure casting, etc.

Applications: High-strength parts in automotive, humanoid robot, UAVs, and aerospace industries.

Advantages: Offers excellent cast ability and mechanical properties while being suitable for multi-color anodizing.

R&D Models: Independent R&D.

Processes: High-pressure casting.

Applications: high-strength structural components with aesthetic requirements in consumer electronics, robotics, and automotive industries.

In 2018, with the goal of enriching its portfolio of aluminum alloy reference materials and meeting the industry's and customers' needs for precise testing, Lizhong Alloy Group leveraged its 40 years of experience in producing cast and wrought aluminum alloys. Through strategic investments in talent, equipment, and capital, along with extensive research and repeated testing, the group obtained the designation as a "Designated Developer of Non-ferrous Metal Reference Materials" from the National Standardization Committee in 2022.

In 2020, Lizhong Group established a new business unit for microcrystalline silicon-aluminum materials, specializing in the research, development, and manufacture of silicon-aluminum alloys (with silicon content ranging from 10% to 90%), aluminum-based composites, microcrystalline aluminum alloys, and 3D printed aluminum alloy materials. The products are primarily used in high-end precision equipment such as electronic packaging, optics, and semiconductors, as well as in target materials, powder metallurgy, and additive manufacturing.