AMS-C-26074 PDF

Find the most up-to-date version of SAE AMS-C at Engineering AMS-C REVISION. D. 10/16/ COATINGS, ELECTROLESS NICKEL. REQUIREMENTS FOR. THIS SPECIFICATION COVERS THE. MIL-CD. Grades. The nickel coatings shall be of the following grades : (lradeA – Oinch minimum thickness. Grade B – inch minimum.

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Electroless Nickel- Engineering Purposes Resistance to wear and abrasion are the main uses of electroless nickel plating in engineering applications. Cleaning and alloy perpetration are extremely important to the quality of the Electroless Nickel deposit and using chemistries that are specifically designed to clean each alloy allows AST to provide the quality expected, even on the most difficult of parts.

Its ability to level out and fill the pores of base metals also make it an excellent undercoat for the precious metals by reducing the amount of the precious metal required so that the electroless nickel plating meets performance specifications. Thermal treatment ar F C or above to harden the deposit. I have been informed by a customer that Mil-C [link by ed. My opinion is that ASTM reads similarly for many requirements but is more up to date.

Nickels ductility is dependent on the type of nickel plating used. AST offers matte, semi bright and bright silver coatings ranging from This last characteristic enables it to be best used in applications where part bending or flexure, such as crimping, might occur.


A RoHS compliant post plating chromate treatment is also available. Silver as-c-26074 commonly used for brazing, soldering, electrical contacts, electronics and medical applications. Our process uses the most recent technology which meets the automotive end of life vehicle ELV initiatives and specifications.

This enables the metal deposit to not be governed by flux density fields which tend to be non-uniform and can result in uneven thicknesses of the deposits. Improved leveling and hole-filling are accomplished by electroless plating systems which makes them ideal as a first layer for almost all other electroplated finishes.


Electroless nickel plating is also excellent at preventing corrosion depending on thickness and phosphorous content and has hardness and internal stress levels at the mid-range of all nickel systems. Save Supplier Add To Shortlist. Since the plating process requires no electrical current, the coating produced ams-c-20674 a very uniform structure that can be applied over various metals and substrates.

Should you need copies of any of the standards mentioned, or have any further questions, please get in touch. As the gold plating process requires a controlled environment, we perform operations in an area with independent air systems, separated from other plating processes. But there were cancelation and re-activation notices subsequent to that.

AMS-C-26074 and MIL-C-26074 – An explanation of the revision path

Created with Webvanta CMS. Production scheduling and production flexibility that minimize turnaround time A staff that understands the importance of quick response for our customers. EN plating is a chemical process that involves several simultaneous reactions in an aqueous solution, which occur without the use of external electrical power.

Ams-c-260744, its relatively low tensile strength and hardness and relatively high internal stress make it inappropriate for engineering applications where some flexure or bending may occur.

Without the high and low current density found in electrolytic plating processes, Electroless nickel can deposit into recesses without burning or having excessive thickness on the outer edges of a part. A discussion started in and continuing through However, AMS [link by ed.

At face value, Class C should grow a shaft by. Medical Device Silver Plating. If its corrosion protection, soulderability, hardness, cosmetics or lubricity we can help ams-c-266074 achieve the final product. I don’t think there is or ever was a MIL-D — my bet is it was just either a transposition typo or an error in abbreviating “DTL”.

Electroless Nickel Plating AMS-C Resources – Electrolurgy

Thomas Industry Update Stay up to date on industry news and trends, product announcements and the latest innovations. Your Metal Finishing Solution. Thanks so much for asking, Ed: Adhesion on Beryllium and Aluminum.


Click ams-c-260744 for instructions on how to enable JavaScript in your browser. Unfortunately, the MIL-C was not cancelled at that point in time. Advanced Surface Technologies specializes in high quality Electroless Nickel coatings. Electroless Nickel is a high quality engineering coating for corrosion resistance, hardness, lubricity, solderability and wear resistance. Except ams-c-260074 hydrogen embrittlement relief, no post plating thermal treatment.

Electroless Nickel is deposited by a ams-c-2604 reduction process that reduces the nickel ions. Nickel is silvery-white metal with a satin to bright luster and a slight trace of a gold coloring. There are many different types of EN coatings and processes available to meet a wide range of unique applications.

Silver is a cost effective solution for applications that require low contact resistance, high thermal conductivity and chemical stability. Leave a Reply Cancel reply Your email address will not be published. However, it is not advised for new design. ams–c26074

Item #: 1018 Electroless Nickel Plating Services

Bright electroless nickel plating finishes are not recommended if parts are amms-c-26074 for flexure applications or will be bent or crimped in manufacturing operations subsequent to electroless nickel plating. Medium and High Phosphorus Content A chemical reaction mechanism that does not require electrical current is used in electroless plating of base metals.

Its main use is in engineering applications. For higher thicknesses, please ask for quote. This is a stabilized document.

Uniform thickness is achieved on all surfaces where solution makes continuous contact. By applying nickel uniformly as a coating to the surface of another metallic substance, it can fill up holes, recesses and cavities and does not build up on edges and provides resistance by electrolytic metals to base metals from being attacked such as cyanide copper or silver.

Santa Clara Plating Ams-c–26074. Mil-C [link by ed.