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: A free-machining variant of the basic 18-8 austenitic stainless steel. It is non-magnetic in the annealed condition and widely used for parts requiring extensive grinding or polishing.
Type II phenolic coating per ASTM A895, dip-spun to 10 µm DFT, baked at 210°C. Validation passed 48-hour solvent immersion and 10 re-torque cycles without thread damage. astm a895
Published by ASTM International, this standard covers hot-finished or cold-finished bars of stainless steel that are specifically formulated to be machined easily. Unlike standard stainless steels, which can be "gummy" and wear down tooling quickly, ASTM A895 materials are alloyed with specific elements to break up chips and extend tool life. : A free-machining variant of the basic 18-8
The most widely cited historical version of this standard is , which was reaffirmed in various years, such as 2004 and 2009. It is important for engineers and procurement specialists to verify the current status of the standard through the ASTM International website , as standards are periodically reviewed, revised, or withdrawn to reflect modern metallurgical advancements. Validation passed 48-hour solvent immersion and 10 re-torque
The ASTM A895 specification covers several common stainless steel types that are modified with sulfur or selenium to improve their cutting characteristics:
: A free-machining variant of the basic 18-8 austenitic stainless steel. It is non-magnetic in the annealed condition and widely used for parts requiring extensive grinding or polishing.
Type II phenolic coating per ASTM A895, dip-spun to 10 µm DFT, baked at 210°C. Validation passed 48-hour solvent immersion and 10 re-torque cycles without thread damage.
Published by ASTM International, this standard covers hot-finished or cold-finished bars of stainless steel that are specifically formulated to be machined easily. Unlike standard stainless steels, which can be "gummy" and wear down tooling quickly, ASTM A895 materials are alloyed with specific elements to break up chips and extend tool life.
The most widely cited historical version of this standard is , which was reaffirmed in various years, such as 2004 and 2009. It is important for engineers and procurement specialists to verify the current status of the standard through the ASTM International website , as standards are periodically reviewed, revised, or withdrawn to reflect modern metallurgical advancements.
The ASTM A895 specification covers several common stainless steel types that are modified with sulfur or selenium to improve their cutting characteristics:
