ADC8 die-casting aluminum alloy: aluminum-magnesium high elongation alloy, resolving its excellent plasticity, good corrosion resistance and welding performance.

As a typical representative of high elongation die-cast aluminum alloy of aluminum-magnesium system in Japanese Industrial Standard (JIS), ADC8 is known for its extremely high elongation, excellent plasticity, good corrosion resistance and excellent welding performance. The alloy through the magnesium (Mg) as the main alloying element, strict control of silicon (Si) and copper (Cu) and other impurities content, in maintaining good overall mechanical properties at the same time, to achieve the top of the elongation and toughness in the die casting of aluminum alloys, is the manufacture of the plasticity, impact resistance, corrosion resistance has high requirements, and need to be welded to connect the complexity of the die casting of the ideal material in the automotive safety components, outdoor equipment, electronic It is ideal for the manufacture of complex die castings requiring high plasticity and impact resistance, as well as welding connections. ADC8 Standards and Grades ADC8 Aluminum Alloy Composition Table (Based on JIS H 5302 Typical Requirements) ...

ADC6 die-cast aluminum alloy: high magnesium corrosion-resistant weldable alloy, resolving its excellent corrosion resistance, good strength and welding performance.

As a typical representative of Japanese Industrial Standard (JIS) aluminum-magnesium high corrosion resistant die casting aluminum alloy, ADC6 is known for its excellent seawater corrosion resistance, good mechanical strength, excellent weldability, and medium castability. The alloy through the magnesium (Mg) as the main alloying element, and add manganese (Mn) to further improve the corrosion resistance, in maintaining good comprehensive mechanical properties at the same time, to achieve the top level of corrosion resistance in the die casting of aluminum alloys, is the manufacture of the corrosion resistance of the demanding requirements, and need to be welded connection of the ideal material for the medium-strength die casting in the field of ships, marine engineering, automobiles, outdoor equipment and so on, has an irreplaceable It has irreplaceable application value in the fields of shipbuilding, marine engineering, automobile and outdoor equipment. ADC6 Standards and Grades ADC6 Aluminum Alloy Composition Table (based on JIS H 5302 typical requirements) Element Content Range (wt%...

ADC5 die-casting aluminum alloy: high thermal conductivity and corrosion resistant weldable alloy, resolving its excellent heat dissipation, good corrosion resistance and welding performance.

As a typical representative of the Japanese Industrial Standard (JIS) aluminum-magnesium high thermal conductivity and corrosion resistant die casting aluminum alloy, ADC5 is known for its excellent thermal and electrical conductivity, good corrosion resistance, excellent weldability, and medium strength level. The alloy through the magnesium (Mg) as the main alloying element, strict limitation of silicon (Si) and copper (Cu) content, in maintaining good die-casting processability at the same time, to achieve close to the thermal conductivity and corrosion resistance of pure aluminum, is the manufacture of heat dissipation, electromagnetic shielding and corrosion resistance of the higher requirements, and need to be welded to connect the medium-strength die-castings of the ideal material, in the field of electronic communications, automotive heat dissipation, lighting equipment and other fields have It has unique application value in electronic communication, automobile heat dissipation, lighting equipment and other fields. ADC5 Standards and Grades ADC5 Aluminum Alloy Composition Table (Based on JIS H 5302 Typical Requirements) Element Content Range...

ADC2 die-casting aluminum alloy: aluminum-silicon-magnesium heat-treatable reinforced alloy, resolving the balance between its high strength, good toughness and casting performance.

As a representative grade of aluminum-silicon-magnesium heat-treatable reinforced die-casting aluminum alloy in the Japanese Industrial Standard (JIS), ADC2 is known for its good casting fluidity, excellent heat-treatment responsiveness and high overall mechanical properties. The alloy through silicon (Si) to protect casting performance, magnesium (Mg) to provide precipitation strengthening basis, after T5 heat treatment can be significantly improved strength and hardness, in maintaining good die casting processability at the same time, realize the balance of strength and toughness, is the production of requirements for high strength, good toughness and heat-treatable moderately complex die-castings ideal material, in the automotive, motorcycle, general machinery and other fields of wide application. It is widely used in automobile, motorcycle, general machinery and other fields. ADC2 Corresponding Standards and Grades ADC2 Aluminum Alloy Composition Table (Based on JIS H 5302 Typical Requirements) Element Content Range (wt%) Function...

ADC1C Die-Casting Aluminum Alloy Comprehensive Guide: Composition System, Performance Advantages, International Grades and Selection Logic

As an optimized and upgraded grade of high silicon general purpose die casting aluminum alloy in the Japanese Industrial Standard (JIS), ADC1C is known for its excellent casting fluidity, excellent dimensional stability, good corrosion resistance, and higher purity. This alloy is a high-purity version of the classic ADC1 alloy, through strict limitation of impurity elements (especially iron, copper, zinc) content, on the basis of maintaining the excellent casting performance of ADC1, it significantly improves the stability of mechanical properties, corrosion resistance and elongation, which is a reliable choice for the production of large-volume die-castings that have high requirements for quality consistency, complex shapes, and thin wall thicknesses, and has a wide range of application value in the fields of automobiles, electronics, and general machinery. It is widely used in automobile, electronics, general machinery and other fields. ADC1C Standards and Grades ADC1C Aluminum Alloy Composition Table (Based on JIS H 5302 Typical Requirements) Element Contain...

ZL118 (ZAlSi5Cu1MgA) Cast Aluminum Alloy: A high purity, multi-strengthened alloy with high strength, good heat resistance and aerospace grade reliability.

As a high-purity upgrade of the aluminum-silicon-copper-magnesium high-strength casting alloy in China's national standard (GB/T 1173), ZL118 (ZAlSi5Cu1MgA) is well known for its high room-temperature strength, excellent high-temperature performance, good casting workability and aerospace-grade reliability. The alloy is a high purity version of ZL105, by strictly limiting the content of impurity elements (especially iron), on the basis of maintaining the good casting performance of ZL105, it significantly improves the mechanical properties, elongation and batch stability, and after T6 heat treatment, it can obtain a high strength level close to that of aluminum-copper alloys, while retaining better casting workmanship than that of aluminum-copper alloys, and it is the best alloy in the field of manufacturing of aeronautics, astronautics, and high-end equipments. It is an ideal material for manufacturing key castings in the field of aviation, aerospace and high-end equipment, which are subject to high loads and require high reliability. The corresponding national grade of ZL118 is...

Comprehensive guide to ZL116 casting aluminum alloy: composition system, heat treatment process, international corresponding grades and typical applications

As a typical representative of beryllium-containing casting alloys of the aluminum-silicon-magnesium system in the Chinese national standard (GB/T 1173), ZL116 (ZAlSi7MgBe) is known for its excellent casting fluidity, excellent airtightness, good heat resistance and high overall mechanical properties. The alloy guarantees casting performance through silicon (Si), magnesium (Mg) provides precipitation strengthening, the addition of trace beryllium (Be) significantly improves the melt oxidation resistance, grain refinement and high temperature performance, after T6 heat treatment can be obtained after a balance of high strength and good plasticity, is the manufacture of aerospace, instrumentation, optics, and other high-end areas of the complex thin-walled, airtight and heat-resistant key casting requirements of the ideal material. The corresponding national grade of ZL116 is ZAlSi7MgBe. ZL116 Aluminum Alloy Composition Table (based on typical requirements of GB/T 1173) Element Containment F...

ZL115 (ZAlSi5Zn1Mg) Cast Aluminum Alloy: Corrosion-resistant weldable alloy reinforced with zinc and magnesium composite

As a characteristic representative of aluminum silicon zinc magnesium corrosion resistant casting alloys in the Chinese national standard (GB/T 1173), ZL115 (ZAlSi5Zn1Mg) is known for its good corrosion resistance, moderate mechanical strength and excellent weldability. The alloy is strengthened by silicon (Si) to ensure casting performance, zinc (Zn) and magnesium (Mg) composite reinforcement, while maintaining good casting processability, can be obtained after heat treatment of medium strength level, especially suitable for the manufacture of requirements for seawater corrosion resistance, can be welded and subject to medium load complex castings, in the field of shipping, chemical industry, food machinery and other areas with unique application value. The corresponding national grade of ZL115 is ZAlSi5Zn1Mg. ZL115 Aluminum Alloy Composition Table (based on typical requirements of GB/T 1173) Element Content Range (wt%) Functional Role Silicon (Si) 4.5-5....

ZL114A (ZAlSi7Mg1A) Cast Aluminum Alloy: The Performance Benchmark of China's Aerospace-Grade High Strength Alloy, In-depth Analysis of Its Composition and Top Applications

As the top representative of high strength aluminum-silicon-magnesium casting alloys in the Chinese national standard (GB/T 1173), ZL114A (ZAlSi7Mg1A) is known for its excellent overall mechanical properties, excellent casting processability and high reliability. The alloy is a high-performance upgraded version of ZL101A. By precisely controlling the magnesium content to a high level (0.45-0.75%), strictly limiting impurities (especially iron) and optimizing the heat treatment process, the alloy can obtain the top strength and toughness combination of cast aluminum alloys after T6 heat treatment, and it is the preferred material for manufacturing critical and complex castings in the fields of aviation, aerospace, national defense, and high-end equipment, which are subjected to high loads and require high reliability. ZL114A is the preferred material for manufacturing key complex castings in the field of aviation, aerospace, national defense and high-end equipment which are subject to high loads and require high reliability. The corresponding national grade of ZL114A is ZAlSi7Mg1A. ZL114A Aluminum Alloy Composition Table...

ZL111 (ZAlSi9Cu2Mg) Cast Aluminum Alloy: The Perfect Balance of High Strength and Excellent Castability, Explaining Its Comprehensive Performance Advantages

As a typical representative of aluminum-silicon-copper-magnesium high-strength casting alloys in the Chinese national standard (GB/T 1173), ZL111 (ZAlSi9Cu2Mg) is well known for its excellent comprehensive mechanical properties, good casting performance and multivariate composite reinforcement effect. The alloy through the silicon (Si) to ensure casting mobility, copper (Cu) and magnesium (Mg) synergistic reinforcement, after T6 heat treatment can be close to the high strength level of aluminum-copper alloys, while retaining a better casting process than aluminum-copper alloys and lower costs, is the manufacture of bearing high loads, complex shapes and requirements of good airtightness of the castings of the importance of the ideal material, in the aviation, aerospace, automotive and power mechanical field is widely used. It is widely used in aviation, aerospace, automobile and power machinery fields. The corresponding national grade of ZL111 is ZAlSi9Cu2Mg. ZL111 Aluminum Alloy Composition Table (Based on GB/T 1173 Typical ...

Comprehensive guide to ZL110 casting aluminum alloy: composition system, heat treatment process, international grades and typical applications.

As a typical representative of high copper-aluminum-silicon heat-resistant and wear-resistant casting alloys in the Chinese national standard (GB/T 1173), ZL110 (ZAlSi5Cu6Mg) is known for its high copper content, excellent high-temperature strength, good wear-resistance and low cost. The alloy guarantees the basic casting performance by medium silicon content (4.0-6.0%), high copper (5.0-8.0%) as the core strengthening element, and after T1 or T5 heat treatment, it can obtain excellent high-temperature mechanical properties and abrasion resistance, and it is the economical material for manufacturing castings with high working temperature, medium load and requirements for abrasion resistance, which is widely used in the fields of automobiles, motorcycles, general-purpose and power machinery. It is widely used in automobile, motorcycle, general-purpose machinery and other fields. The corresponding national grade of ZL110 is ZAlSi5Cu6Mg. ZL110 Aluminum Alloy Composition Table (based on typical requirements of GB/T 1173) Element Contained ...

ZL109 (ZAlSi12CuMgNi) Piston Casting Aluminum Alloy: Eutectic Silicon Aluminum-Nickel-Copper-Magnesium system for high temperature strength and low expansion.

As a typical representative of aluminum-silicon-copper-magnesium-nickel eutectic alloys for pistons in the Chinese national standard (GB/T 1173), ZL109 (ZAlSi12CuMgNi) is known for its excellent high-temperature strength, good wear resistance, low coefficient of thermal expansion and excellent volume stability. The alloy ensures low expansion and wear resistance through high silicon (Si) content, supplemented by copper (Cu), magnesium (Mg), nickel (Ni) multi-composite reinforcement, and after T1 (natural aging) or T5 (artificial aging) heat treatment, it can obtain excellent high-temperature mechanical properties and dimensional stability, and it is a special material for manufacturing pistons of internal combustion engines and other heat-resistant and wear-resistant parts subjected to alternating thermal loads and mechanical loads, which is known as the “piston alloy family”. "It is a specialized material for manufacturing internal combustion engine pistons and other heat-resistant and wear-resistant parts subjected to alternating thermal and mechanical loads. The corresponding national grade of ZL109 is ZAlSi12CuMgNi. ZL109 Aluminum...

ZL107 (ZAlSi7Cu4) Cast Aluminum Alloy: A High Copper Strengthened Alloy, Explaining Its High Strength Properties and Engineering Applications

As a typical representative of aluminum-silicon-copper high-strength casting alloys in the Chinese national standard (GB/T 1173), ZL107 (ZAlSi7Cu4) is well known for its high strength, good casting performance and excellent heat-treatment strengthening effect. The alloy ensures casting fluidity through silicon (Si), copper (Cu) as the main strengthening element, after T5 or T6 heat treatment can be close to the strength level of aluminum-copper alloys, while retaining a better casting process than aluminum-copper alloys, is the manufacture of high static load, the shape of the more complex medium-strength casting of the ideal material, in the automotive, power machinery and general equipment fields are widely used. The corresponding national grade of ZL107 is ZAlSi7Cu4. ZL107 Aluminum Alloy Composition Table (based on typical requirements of GB/T 1173) Element Content Range (wt%) Function...

Comprehensive Guide to ZL105 and ZL105A High Strength Casting Aluminum Alloys: Composition System, Heat Treatment Process, Performance Comparison and Engineering Applications

As a representative grade of aluminum-silicon-copper-magnesium high-strength casting alloys in the Chinese national standard (GB/T 1173), ZL105 (ZAlSi5Cu1Mg) and its high-purity version, ZL105A (ZAlSi5Cu1MgA), are well known for their high strength, good casting properties, and excellent heat-treatment response. This pair of alloys guarantees casting fluidity through medium silicon content (4.5-5.5%), supplemented by the composite strengthening of copper (Cu) and magnesium (Mg), and can obtain mechanical levels close to those of high-strength alloys such as ZL201 after T5 or T6 heat treatment, while retaining a better casting manufacturability than the aluminum-copper alloys, which makes it an ideal material for the manufacture of complex castings subjected to high static loads and medium dynamic loads. ZL105 is widely used in aviation, aerospace, automotive and power machinery. ZL105 / ZL105A Corresponding national grade ZL105 / ...

ZL101 and ZL101A Casting Aluminum Alloys: A Guide to the All-Purpose Alloy's Performance Grading and High-End Applications

As the most widely used and technologically mature aluminum-silicon-magnesium casting alloy in China's national standard (GB/T 1173), ZL101 (ZAlSi7Mg) and its high-purity version ZL101A (ZAlSi7MgA) have become the “all-rounder” in the family of cast aluminum alloys due to its excellent casting performance, good mechanical properties, excellent corrosion resistance, and excellent heat treatment response. "All-rounder" in the cast aluminum alloy family. This pair of alloys is one of the materials of choice for the manufacture of a wide range of medium to high strength, complex castings, from general purpose machinery to aerospace, by ensuring castability through silicon (Si), providing reinforcement through magnesium (Mg), and achieving graded performance through strict control of impurity elements, especially iron. ZL101 / ZL101A Corresponding National Grade ZL101 / ZL101A Aluminum Alloy Composition Table Element ZL101 Content Range (wt%) ZL10...

LM6 Comprehensive Guide to High Silicon Cast Aluminum Alloys: Compositional Philosophy, Heat Treatment Response and High End Applications

A classic British Standard (BS) and Commonwealth grade of high silica-aluminium-silicon casting alloy, LM6 is recognized for its excellent casting fluidity, very good hermeticity and excellent corrosion resistance. The alloy is a typical sub-eutectic aluminum-silicon alloy characterized by a high purity base with moderate magnesium content, which can be significantly strengthened by heat treatment. It is a benchmark material for the manufacture of complex, thin-walled, high-pressure gas-tight or high-quality castings with high corrosion resistance, and has a strong reputation in the marine, chemical and high-performance engineering sectors. LM6 Comparable Standards and Grades LM6 Aluminum Alloy Composition Table (based on BS 1490 typical requirements) Element Content Range (wt%) Functional Role Silicon (Si) 10.0-13.0 Core element providing unmatched casting fluidity, low shrinkage, and resistance to hot cracking. Magnesium (Mg) ...

A383.0 (ADC12 Modified) Comprehensive Guide to Die-Cast Aluminum Alloys: Composition Optimization, Performance Benefits and Selection Strategies

As an exemplary “easy-to-machine” die-cast aluminum alloy according to the ASTM standard, A383.0 is known for its excellent casting properties, excellent dimensional stability, and industry-leading machinability. The alloy is essentially an optimized version of the classic alloy A380.0. By adjusting the silicon and copper content and strictly controlling the ratio of iron to zinc, the alloy maintains good mechanical properties while significantly improving thin-wall filler capacity and subsequent machining efficiency, making it ideal for the production of large-volume die castings requiring extensive drilling, tapping or complex machining. A383.0 Corresponding Standards and Grades A383.0 Aluminum Alloy Composition Table (Based on ASTM B85 Typical Requirements) Element Content Range (wt%) Functional Role Silicon (Si) 9.5-11.5 A core element that provides excellent fluidity. Often treated by densification...

R14-T6 High Strength Cast Aluminum Alloy Comprehensive Guide: Harsh Composition, Precision Heat Treating and Aerospace Applications

As a typical representative of the ZL201 series of high-strength cast aluminum alloys independently developed by China at a specific period in history and widely used in national defense and high-end equipments, R14 is an Aluminum-Copper-Manganese (Al-Cu-Mn) alloy known for its extremely high room-temperature strength, excellent heat resistance and good weldability. Strengthened by multiple composite reinforcement, the mechanical properties of this alloy in cast state and after heat treatment, especially the tensile strength, have long been at the top level of domestic casting aluminum alloys, and it is specially designed for the manufacture of high-quality castings that are subject to high loads, high working temperatures, and complex structures. R14 Corresponding Standards and Grades R14 (ZL201A) Aluminum Alloy Composition Table (Typical Range) Element Content Range (wt%) Functional Role Copper (Cu) 4.8-5.3 Core Strengthening Element. Formation θ' (Al₂Cu)...

ADC1 Die-Cast Aluminum Alloy: A High-Silicon General Purpose Benchmark, Explaining the Balance Between Processing Excellence and Economy

As the Japanese Industrial Standard (JIS) benchmark for high silicon content general purpose die casting aluminum alloys, ADC1 is one of the most widely used die casting materials for its excellent casting fluidity, good dimensional stability and economy. The alloy is a typical near eutectic aluminum-silicon alloy, through the high silicon (Si) and the right amount of copper (Cu) with the combination of providing reliable mechanical properties, while maximizing the optimization of die casting production efficiency and part qualification rate, is the production of large quantities, medium strength, complex shape of thin-walled parts of the industry's main force. ADC1 Corresponding Standards and Grades ADC1 Aluminum Alloy Composition Table (Based on JIS H 5302 Typical Requirements) Element Content Range (wt%) Functional Role Silicon (Si) 11.0-13.0 Core element that provides excellent casting fluidity, low shrinkage, and good resistance to thermal...

A comprehensive guide to ADC3 (Al-Si-Mg) die-cast aluminum alloys: low-silicon design, heat treatment potential and high-end application scenarios

As a representative of high strength and high thermal conductivity die casting aluminum alloy in the Japanese Industrial Standard (JIS), ADC3 is known for its excellent casting performance, good mechanical strength and excellent thermal/electrical conductivity. This alloy through the unique “low silicon in magnesium” composition system, while maintaining good die casting processability, to achieve a better overall performance balance than traditional die casting aluminum (such as ADC12), especially suitable for the production of good heat dissipation, electromagnetic shielding and medium structural strength of thin-walled parts, in the field of communications, electronics and electrical equipment ADC3 standards and grades ADC3 Standards and Grades ADC3 Aluminum Alloy Composition Table (Based on JIS H 5302 Typical Requirements) Element Content Range (wt%) Functional Purpose Silicon (Si) 4.0-6.0 Medium to low content of silicon. Ensures basic casting fluidity while maximizing...

A360.0 Comprehensive Guide to Die-Cast Aluminum Alloys: Composition, Performance Enhancement Pathways and Industry Applications

ZL108 Cast Aluminum Alloy: How Phosphorus Metamorphism and T6 Heat Treatment Shape Top Piston Materials

As an outstanding representative of cast aluminum alloys for pistons, ZL108 (ZAlSi12Cu2Mg1) is known for its excellent high-temperature strength, low coefficient of thermal expansion, and outstanding wear and heat resistance. The alloy is a typical perovskite aluminum-silicon alloy, optimized for piston components subjected to severe alternating thermal and mechanical loads in engine cylinders through complex alloying design and rigorous heat treatment, achieving a precise balance between high-temperature dynamic performance and durability. The corresponding national grade for ZL108 is ZAlSi12Cu2Mg1. ZL108 Aluminum Alloy Composition Table Element Content Range (wt%) Functional Role Silicon (Si) 11.0-13.0 Hypereutectic content. Provides low thermal expansion and high wear resistance, but the incipient silicon phase needs to be refined by phosphorus (P) metamorphism. Copper (Cu) 1.0-2.0 Main high-temperature strengthening element...

ADC0 Aluminum Alloy: A Reverse Definition of “Alloying”, an Extreme Sample of Die Casting Demonstrating Purity and Frailty

ADC0 aluminum alloy is a unique material characterized by extremely low alloy content and high purity of aluminum as a base and comparison standard for die-cast aluminum alloys in the Japanese Industrial Standards (JIS). It is not used for the manufacture of high-strength structural parts, but as a “specimen” or “base alloy” mainly used for scientific research, comparison of alloy development, and testing of the ultimate performance of the die-casting process itself, and has an irreplaceable value in understanding the intrinsic properties of aluminum alloys and the effects of impurities. It has irreplaceable value in understanding the nature of aluminum alloys and the influence of impurities. ADC0 Standards and Grades ADC0 Aluminum Alloy Composition Table (based on JIS H 5302 typical requirements) Element Content Requirement (wt%, max.) Function and Significance Silicon (Si) ≤ 0.30 Non-alloying element. Extremely low levels give poor casting fluidity, in extreme contrast to ADC10/12, etc. Iron (Fe) ≤ 0.50...

High-silicon aluminum-silicon alloy ZL102: composition, properties and non-heat treatable characteristics in detail

As one of the alloys with the highest silicon content and the best casting properties in the cast aluminum alloy family, ZL102 (ZAlSi12) is known for its excellent flowability, very low shrinkage and excellent resistance to hot cracking. The alloy is classified as a simple silica-aluminum alloy, which is not heat-treatable due to the absence of other reinforcing elements, and is typically used for casting parts with extremely complex shapes and large differences in wall thicknesses, but with low absolute strength requirements, reaching the pinnacle of casting manufacturability and economy. The corresponding national grade of ZL102 is ZAlSi12. ZL102 Aluminum Alloy Composition Table Element Content Range (wt%) Function Silicon (Si) 10.0-13.0 The core element, which greatly improves the fluidity, reduces shrinkage, and is the key to obtaining excellent casting performance. Aluminum (Al) Balance Base material. Iron (Fe) ≤...