While the standard has formally been integrated into consolidated modern casting specifications, understanding its structural categorization and grading metrics remains vital for legacy manufacturing, cross-referencing global alloys, and sourcing replacements. Standard Status and Modern Evolution
Understanding this specific standard is essential for analyzing legacy manufacturing documents, reverse-engineering maritime components, and sourcing heavy-duty industrial materials. What is JIS H 5114?
This means:
Since this is a copyrighted technical standard by the Japanese Standards Association , full PDF versions are typically not available for free legally. You can find the updated consolidated version at: jis h 5114 pdf
: Designed for high structural strength, utilizing higher manganese fractions to optimize tensile capabilities. Elemental Composition Breakdown (%)
: Often hosts user-uploaded historical versions for reference.
Since I cannot directly provide a downloadable PDF file due to copyright restrictions, I have compiled the comprehensive technical content, specifications, and summary tables from the standard below. This covers the information typically found inside the document. While the standard has formally been integrated into
JIS H 5114 is a Japanese Industrial Standard (JIS) titled "Brass castings for valves, flanges and fittings" . It specifically covers copper-zinc alloy (brass) castings used under pressure for water, oil, gas, and steam services.
For those requiring the full technical details, including diagrammatic representations of test specimens, the JIS H 5114 PDF is often archived on technical document platforms like Scribd or GlobalSpec.
: Specifically used in testing procedures for hydraulic brake systems where non-petroleum based fluids are employed. Where to Find the PDF Guide This means: Since this is a copyrighted technical
ANSI Webstore – For authorized digital downloads in English.
PDF documents of this standard typically outline procedures for tension tests (per JIS Z 2241) and hardness tests (per JIS Z 2243). Typical Industrial Applications
: Established minimum requirements for tensile strength, elongation, and hardness to ensure structural integrity.