The basic formula used for calculating the theoretical weight of carbon steel plates is:
This article provides a comprehensive overview of the JIS G3193 specification, its application, key tolerances, and how to acquire the PDF version for technical reference. 1. What is JIS G3193?
The standard applies to a wide range of steel types, irrespective of their specific chemical makeup, provided they are processed via hot rolling. This universality makes it an essential reference document. Whether an engineer is specifying mild carbon steel for a warehouse or high-tensile alloy steel for a bridge, JIS G 3193 provides the common language for the physical dimensions of the supplied material.
Standardized thickness, width, and length for plates and strips Permissible Variations: jis g3193 pdf
Analysis of JIS G3193:2019 - A Japanese Industrial Standard for Hot-Rolled Steel Plates for Shipbuilding
Serves as the authoritative reference if delivered materials do not meet specifications. 4. How to Find and Use JIS G3193 PDF
For engineers, inspectors, and procurement managers, having the official JIS G3193 PDF is essential for several reasons: The basic formula used for calculating the theoretical
: Defines standard thicknesses typically ranging from 1.2 mm to 350 mm , depending on the specific product type. Detailed Tolerances : Provides precise tables for: Thickness : Variations based on the width of the plate.
Specifies the maximum allowable waviness or distortion across the surface of a plate. High flatness is vital for laser cutting and precision machining.
Access and legal considerations: Official JIS documents are copyrighted; authorized PDFs come from standards bodies or publishers. For compliance and legal certainty, procure the standard through legitimate channels or reference it via specifications in contracts rather than relying on unverified copies. The standard applies to a wide range of
Legitimate sources (paid, but legal):
Because JIS G3193 only covers dimensions and tolerances, it is always paired with material quality standards. Common pairings include: