(Note: to obtain the official DIN 267 Part 9 PDF, purchase from an authorized standards distributor; I cannot provide copyrighted PDFs.)
Generally, no. DIN standards are copyright-protected. Unlike US government standards (e.g., Fed-Std-H28), German and ISO standards must be purchased.
Provides a breakdown of DIN vs. ISO standards on Scribd .
Because DIN standards are copyright-protected documents, you cannot legally provide the actual PDF directly. Therefore, the content must serve as a that explains the standard in detail and directs the user to official sources. din 267 part 9 pdf
While DIN 267 Part 9 is no longer in force, its legacy lives on in the modern fastener industry. Its technical framework directly influenced the development of the current international standard, ISO 4042. For professionals needing the specific 1979 document, it can still be obtained from official standards archives. However, for all practical purposes of design and quality assurance, .
Verified using magnetic methods (DIN EN ISO 2178) or X-ray spectrometry (DIN EN ISO 3497).
The maximum applicable coating thickness depends strictly on the pitch of the thread and the available fundamental deviation (clearance) of the specific tolerance class. DIN 267 Part 9 provides exact tables correlating thread pitch with permissible layer thicknesses, usually ranging from 3 µm to 15 µm. Hydrogen Embrittlement Risks (Note: to obtain the official DIN 267 Part
Some established fastener manufacturers, particularly in Germany and Central Europe, continue to use DIN 267 Part 9 coating codes internally or in customer-facing documentation, especially for long-running product lines.
For high-strength fasteners (typically property class 10.9 and above), the standard includes provisions to minimize the risk of hydrogen embrittlement caused by the plating process.
A: Generally, no. If the original design specified DIN 267-9, it likely required non-ferrous properties like non-magnetism or specific corrosion resistance that steel cannot provide without coating. Provides a breakdown of DIN vs
Since you are searching for a , you likely have a specific problem. Here is how to solve it without the obsolete document:
To verify compliance with the technical delivery conditions, the standard outlines specific testing protocols:
The fasteners specified in this standard are made of steel with a tensile strength of up to 1200 MPa. The material requirements are as follows:
Specifies minimum required thicknesses and how they must be measured at specific points on the fastener. Thread Tolerances:
For detailed technical tables and tolerance positions related to this standard, you can refer to specialized fastener technical guides: