Precision black coating for a variety of substrates

AnoBlack Ni is Anoplate’s proprietary industrial, black nickel deposit, meeting requirements of MIL-P-18317. AnoBlack Ni deposits a gray-to-black thin coating which is useful to reduce glare or absorb light in the IR or UV spectrum.

Precision Black Coating for SubstratesUnlike other black coatings which can particulate and disturb sensitive optical instruments even after precision cleaning. AnoBlack Ni has been proven to pass precision cleaning protocols.

Because the AnoBlack Ni coating is so thin, it cannot be relied on up for any corrosion protection. When improved corrosion performance is required, a nickel underplate can be applied which meets the requirements of AMS-QQ-N-290 or AMS 2404.

AnoBlack Ni provides a highly conductive surface and has excellent “throw” or ability to plate uniformly on complex geometries. An underplate of electroless nickel can further enhance the lubricity of the overall deposit. Black nickel can be used where high emissivity is required such as optics, solar panel applications, aerospace and defense weapons systems.

AnoBlack Ni is very thin as-deposited, however, for corrosion protection, it is typically deposited over an underplate of electro-deposited or electroless nickel. For post-plating fit, the tolerances on the nickel underplate will have to be taken into consideration.

 

TYPICAL APPLICATIONS

AnoBlack Ni could be applied where maximum wear life and corrosion resistance are required. AnoBlack Ni is an excellent solution for the following applications:

❖ Optical light paths

❖ Precision-cleaned optical components

❖ Communication headsets

COMPATIBLE MATERIALS

❖ Steel

❖ Stainless Steel

❖ Inconel, Monel, Invar, Covar

❖ Aluminum

❖ Brass & Copper

Physical Properties

Maximum Temperature:      350°F

Visual:                                  Shiny, smooth, gray to black

Cleanability:                       Excellent

Solar Absorbency:               0.5-2.5 µm range from 0.88 to 0.96

Infrared Emittance:             0.5-2.5 µm range from 0.07-0.10