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: A list of other standards and documents referenced in this standard, necessary for quality, testing, and material specifications.

The standard covers a wide range of products, including:

For steel strips and cut lengths, the standard thickness is generally . Standard Width

The standard provides recommendations for the most commonly used dimensions for hot-rolled steel products. These are designed to standardize production and simplify ordering.

Modern iterations of the document (such as JIS G 3193:2019 and the latest ) are structurally modified ( MOD ) to align closely with ISO 7452:2013 . The main modifications preserve Japanese local commercial practices, balancing domestic steel mill capability with international structural demands. 2. Standard Dimensions and Nominal Sizes Hot-Rolled Steel Sheets and Coils

Wider plates naturally experience more thermal distortion during rolling, requiring adjusted tolerances.

If you need a (e.g., a research article), please clarify the topic (e.g., "compare JIS G 3193 with ASTM A6"). I can then help draft the content for you to export as PDF.

JIS G 3193 is a Japanese Industrial Standard (JIS) published by the Japanese Standards Association (JSA) . It defines the standard requirements for: Hot-Rolled Steel Sheets (including cut lengths from strips) Hot-Rolled Steel Strips

JIS G 3193 is a Japanese Industrial Standard titled "Dimensions, shape, mass and permissible variations of hot rolled steel plates, sheets and strips". In Japanese, it is referred to as "熱間圧延鋼板及び鋼帯の形状,寸法,質量及びその許容差". It provides the technical foundation for the dimensional control of a wide range of hot-rolled steel products, outlining:

For example, an engineer might specify a beam using the designation (defined in JIS G 3101), which dictates the steel must have a tensile strength of 400–510 MPa. However, if that engineer needs to know the exact thickness tolerance or the theoretical weight per meter of that SS400 plate, they must consult JIS G 3193 . This separation of duties—mechanical properties versus dimensional properties—is a hallmark of the JIS system and allows for greater flexibility in manufacturing.

For hot-rolled steel sheets and plates cut to specific lengths, JIS G 3193 establishes precise cut-length variations. Similar to width, length tolerances are structured so that plates are almost always cut slightly longer rather than shorter, preventing structural deficits during fabrication. D. Flatness and Camber

Ultimate Guide to JIS G 3193: Dimensions, Masses, and Tolerances for Hot-Rolled Steel

No. It covers only hot-rolled flat products. Cold-rolled sheets follow JIS G 3141. Sections follow JIS G 3192.

Thickness deviation is the most tightly regulated aspect of JIS G 3193. The allowable variance increases as the nominal thickness and width of the plate increase.

for carbon steel). Accurate mass calculations prevent billing discrepancies between steel mills, trading houses, and end consumers. 4. Common Complementary JIS Standards

Jis G 3193 Pdf !full! [99% Tested]

: A list of other standards and documents referenced in this standard, necessary for quality, testing, and material specifications.

The standard covers a wide range of products, including:

For steel strips and cut lengths, the standard thickness is generally . Standard Width

The standard provides recommendations for the most commonly used dimensions for hot-rolled steel products. These are designed to standardize production and simplify ordering. jis g 3193 pdf

Modern iterations of the document (such as JIS G 3193:2019 and the latest ) are structurally modified ( MOD ) to align closely with ISO 7452:2013 . The main modifications preserve Japanese local commercial practices, balancing domestic steel mill capability with international structural demands. 2. Standard Dimensions and Nominal Sizes Hot-Rolled Steel Sheets and Coils

Wider plates naturally experience more thermal distortion during rolling, requiring adjusted tolerances.

If you need a (e.g., a research article), please clarify the topic (e.g., "compare JIS G 3193 with ASTM A6"). I can then help draft the content for you to export as PDF. : A list of other standards and documents

JIS G 3193 is a Japanese Industrial Standard (JIS) published by the Japanese Standards Association (JSA) . It defines the standard requirements for: Hot-Rolled Steel Sheets (including cut lengths from strips) Hot-Rolled Steel Strips

JIS G 3193 is a Japanese Industrial Standard titled "Dimensions, shape, mass and permissible variations of hot rolled steel plates, sheets and strips". In Japanese, it is referred to as "熱間圧延鋼板及び鋼帯の形状,寸法,質量及びその許容差". It provides the technical foundation for the dimensional control of a wide range of hot-rolled steel products, outlining:

For example, an engineer might specify a beam using the designation (defined in JIS G 3101), which dictates the steel must have a tensile strength of 400–510 MPa. However, if that engineer needs to know the exact thickness tolerance or the theoretical weight per meter of that SS400 plate, they must consult JIS G 3193 . This separation of duties—mechanical properties versus dimensional properties—is a hallmark of the JIS system and allows for greater flexibility in manufacturing. These are designed to standardize production and simplify

For hot-rolled steel sheets and plates cut to specific lengths, JIS G 3193 establishes precise cut-length variations. Similar to width, length tolerances are structured so that plates are almost always cut slightly longer rather than shorter, preventing structural deficits during fabrication. D. Flatness and Camber

Ultimate Guide to JIS G 3193: Dimensions, Masses, and Tolerances for Hot-Rolled Steel

No. It covers only hot-rolled flat products. Cold-rolled sheets follow JIS G 3141. Sections follow JIS G 3192.

Thickness deviation is the most tightly regulated aspect of JIS G 3193. The allowable variance increases as the nominal thickness and width of the plate increase.

for carbon steel). Accurate mass calculations prevent billing discrepancies between steel mills, trading houses, and end consumers. 4. Common Complementary JIS Standards

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