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Features of GAM AL7 1. High Strength High tensile strength, yield strength, and fatigue strength. 2. Non-heat treatment allows for total cost reduction. 1) Heat treatment costs 2) Labor costs 3) Reduced material costs through weight reduction 4) Shortened production time 5) Does not contain harmful elements or expensive rare metals. 3. Environmentally friendly 1) Reduction of CO2 emissions due to non-heat treatment 2) Decreased electricity usage 3) Reduction in carbon tax. 4. Good fluidity (equivalent to ADC12) AL7 is in stock, so trials can be conducted in small quantities. Please contact us.

Features of GAM AL8 1. High strength & ultra-high ductility & low specific gravity (2.65g/cm³) TS 299–372 MPa YS 165–195 MPa Elongation 11–17% 2. High corrosion resistance Complies with PFAS regulations without copper 3. Reduces total costs due to non-heat treatment. 1) Heat treatment costs 2) Labor costs 3) Reduced material costs through weight reduction 4) Shortened production time 5) Does not contain harmful elements or expensive rare metals 4. Environmentally friendly 1) Reduction of CO2 emissions due to non-heat treatment 2) Reduced electricity consumption 3) Carbon tax reduction 5. Good fluidity

In the field of drones, it is important to achieve both lightweight airframes and ensure the strength of structural components. GAM AL7 has high strength and fatigue characteristics, contributing to the durability of structural components. Additionally, the non-heat treatment process also contributes to improved production efficiency. 【Application Scenarios】 - Structural components of drone airframes - Parts used under high load conditions - Parts that require durability 【Effects of Implementation】 - Improved structural stability - Compatibility with lightweight structural design - Increased productivity through non-heat treatment

In the automotive industry, reducing vehicle weight is a crucial challenge for improving fuel efficiency and reducing CO2 emissions. The adoption of high-strength, lightweight materials is essential for addressing this issue. GAM AL7 does not require heat treatment, allowing for reduced manufacturing costs while achieving high strength. This contributes to the lightweighting and durability enhancement of automotive parts. 【Application Scenarios】 - Automotive parts (e.g., engine components, chassis components) - Improved fuel efficiency through weight reduction - Reduction of CO2 emissions 【Benefits of Implementation】 - Reduction in material costs - Shortened production time - Decreased environmental impact

In the field of power tools and industrial equipment, high strength and durability that can withstand repeated loads and impacts are required. GAM AL7 ensures high strength even in a non-heat-treated state, contributing to the reliability of structural components. Additionally, it allows for the omission of heat treatment processes, thereby contributing to increased productivity and cost reduction. [Application Scenarios] - Power tool housings - Structural components of industrial equipment - Parts subjected to high loads and repeated use [Effects of Implementation] - Improved product durability and lifespan - Reduced manufacturing costs due to non-heat treatment - Shortened production lead times

In the robotics industry, the rigidity of structural components and durability against repetitive motion are important factors. GAM AL7 has high strength and fatigue characteristics, contributing to the stability of structural components. Additionally, being a non-heat-treated material, it also contributes to the simplification of the manufacturing process. 【Application Scenes】 - Robot frames and structural components - Arms and housings - Parts requiring high strength 【Effects of Introduction】 - Improvement of structural rigidity and stability - Assurance of durability against repeated loads - Increased manufacturing efficiency due to non-heat treatment

In the railway industry, materials that can maintain stable performance under repeated loads and vibration environments over long periods are required. GAM AL7 has high strength and fatigue characteristics, contributing to the reliability of structural components. Additionally, the non-heat treatment process also contributes to improved manufacturing efficiency. 【Application Scenarios】 - Body structural components - Brackets and support parts - Parts subjected to repeated loads and vibrations 【Effects of Implementation】 - Improved structural safety and durability - Reduced maintenance burden due to longer lifespan - Reduced manufacturing costs through non-heat treatment

In the automotive industry, reducing vehicle weight and improving productivity are important challenges. Particularly for structural components, there is a demand for balancing strength and ductility while also simplifying processes. GAM AL8 is a material that combines high strength, high elongation, and low density (2.51 g/cm³), making it suitable for application in structural components. Additionally, as a non-heat-treated material, it contributes to total cost reduction. 【Application Scenarios】 - Body structural components (such as giga-cast parts) - Battery cases, subframes - Parts requiring high strength and lightweight design 【Benefits of Implementation】 - Improved energy efficiency through weight reduction - Simplification of processes and cost reduction due to non-heat treatment - Enhanced corrosion resistance and compliance with environmental regulations due to being copper-free

In the motorcycle industry, improving running performance and efficiency through weight reduction is a crucial factor. GAM AL8 combines high strength, high elongation, and low density, contributing to the lightweighting of the body and structural components. It is also a material that considers both durability and productivity. 【Application Scenes】 - Motorcycle frames - Engine and structural components - Parts that require weight reduction 【Effects of Introduction】 - Improved running performance due to weight reduction - Enhanced durability of components - Reduced manufacturing costs through non-heat treatment

In the aerospace field, reducing the weight of structural components while ensuring strength is an important challenge. GAM AL8 is a material that combines high strength, high elongation, and low density, making it a candidate for various structural components. 【Application Scenarios】 - Aircraft structural components - Drone airframe structures - Parts requiring weight reduction 【Benefits of Implementation】 - Improved efficiency through weight reduction - Ensured strength of structural components - Simplification of processes due to non-heat treatment

In the robotics industry, the lightweight design of movable parts and structural rigidity are crucial factors that influence performance. GAM AL8 features high strength, high elongation, and low density, contributing to the lightweight design and durability of structural components. It is also a material that easily accommodates complex shapes. 【Application Scenes】 - Robot frames and structural components - Arms and housings - Lightweight structural components 【Effects of Implementation】 - Improved operational efficiency through weight reduction - Enhanced structural rigidity and durability - Simplification of the manufacturing process due to non-heat treatment

In the field of power tools, materials that can maintain stable performance under repeated impacts and various environmental conditions are required. GAM AL8 is equipped with high strength and corrosion resistance, contributing to the durability of products. Additionally, the non-heat treatment process also contributes to improved production efficiency. 【Application Scenes】 - Power tool housings - Structural frames - Parts requiring durability 【Effects of Introduction】 - Improved product lifespan - Cost reduction through non-heat treatment - Compliance with environmental regulations due to being copper-free

In the defense industry, the strength and durability of structural components are crucial factors. GAM AL8 features high strength and high elongation, contributing to the reliability of structural components. Additionally, its low density is expected to contribute to weight reduction. 【Application Scenarios】 - Structural components for military equipment - Drone airframes - Parts requiring durability 【Effects of Introduction】 - Improved structural reliability - Enhanced operational efficiency through weight reduction - Simplification of the manufacturing process due to non-heat treatment

In the railway industry, while ensuring safety and durability, improving operational efficiency through weight reduction is also important. GAM AL8 is a material that combines high strength, high elongation, and low density, making it suitable for application in structural components. Additionally, its corrosion resistance contributes to a longer lifespan. [Application Scenarios] - Body structural components - Brackets and structural members - Parts requiring durability [Effects of Introduction] - Improved operational efficiency through weight reduction - Reduced maintenance burden due to longer lifespan - Reduced manufacturing costs through non-heat treatment

Features of GAM AL8 1. High strength & ultra-high ductility & low specific gravity (2.51g/cm³) TS 299–372 MPa YS 165–195 MPa Elongation 11–17% *Test specimen: ASTM E8 Casting method: Die casting 2. High corrosion resistance Complies with PFAS regulations without copper 3. Non-heat-treated, allowing for total cost reduction. 1) Heat treatment costs 2) Labor costs 3) Reduced material costs through weight reduction 4) Shortened production time 5) Does not contain harmful elements or expensive rare metals 4. Environmentally friendly 1) Reduction of CO2 emissions through non-heat treatment 2) Reduced electricity consumption 3) Carbon tax reduction 5. Good fluidity