Jis H4100 Standard Pdf High Quality Jun 2026

For materials engineers, procurement specialists, and global manufacturers, securing a is crucial to ensuring cross-border component compatibility and compliance with rigorous Japanese manufacturing benchmarks. Key Structural Framework of the Standard

The JIS H4100 standard is a cornerstone of aluminum extrusion quality control. Whether you are designing a new product or auditing a supplier, having the PDF on hand allows you to verify that the aluminum you receive is fit for purpose. Always ensure you are using the latest version of the standard, as updates are periodically released to account for new alloy developments and testing technologies.

The official Japanese Standards Association portal. ANSI Webstore: The American National Standards Institute. jis h4100 standard pdf

Whether you are an engineer, manufacturer, quality control professional, or procurement specialist, understanding JIS H4100 is crucial for working with Japanese aluminum extruded profiles. The standard’s alignment with ISO specifications and its relationship with other JIS standards (like JIS H4000) makes it a valuable reference within the global aluminum industry.

Together, these standards form a comprehensive framework for aluminum product specifications in Japan. Always ensure you are using the latest version

High extrudability and surface treatability (6063); high proof stress (6061). High-strength conductor with high electric conductivity.

Body panels and structural ribs for high-speed trains. Accessing the JIS H4100 Standard PDF Whether you are an engineer, manufacturer, quality control

| First Digit | Alloy Series | Principal Alloying Element(s) | Key Characteristics | |---|---|---|---| | 1xxx | Pure Aluminum | 99.00% or higher aluminum | Excellent corrosion resistance, formability, and high electrical/thermal conductivity. | | 2xxx | Al-Cu | Copper | High strength (the original duralumin-type alloys). Lower corrosion resistance and surface treatability. | | 3xxx | Al-Mn | Manganese | Moderate strength with good corrosion resistance and formability. | | 4xxx | Al-Si | Silicon | Low melting point, often used for brazing/welding filler material. | | 5xxx | Al-Mg | Magnesium | Good corrosion resistance (especially in marine environments) and moderate-to-high strength. Surface treats well. | | 6xxx | Al-Mg-Si | Magnesium and Silicon | A highly versatile and popular series. Good extrudability and strength, which is greatly increased by heat treatment. | | 7xxx | Al-Zn-Mg | Zinc (and sometimes copper) | The highest strength aluminum alloys. Good weldability in certain variations. | | 8xxx | Other Elements | e.g., Lithium, Iron | Alloys with other principal elements not listed above. | | 9xxx | Reserve | — | Reserved for future use. |