aluminum coating

aluminum coating

[ə′lüm·ə·nəm ′kōd·iŋ]
(metallurgy)
A film of aluminum applied to a metallic surface by, for example, spraying, electrolysis, or hot dipping.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.
References in periodicals archive ?
a method to apply an aluminum coating layer to the core of copper wire;
Very high adhesion is achieved when there are direct chemical bonds between the aluminum coating and the polymer surface.
Differently from the traditional ceramic insulations which present higher surface temperatures during the entire engine cycle (including the intake stroke), anodized aluminum coating exploits the thermo-swing property, which is the temperature fluctuation of the combustion chamber walls following the transient gas temperature.
It is one of the companies owned by Philsteel Holdings Corporation which produces cold rolled steel which is the raw material for its innovative technology for galvanization called Galvalume that applies a protective zinc and aluminum coating to steel sheets to prevent rusting and extend the life of the roofing sheets.
Among specific topics are high-temperature oxidation studies of an aluminum coating deposited by magnetron sputtering, the finite element analysis of a lightweight energy-saving composite floor, the synthesis and characterization of a manganese phosphate alumino-silicate molecular sieve, calculating carbon dioxide emission in Nanjing City and its influencing factors, and the design and drop test of an aircraft landing gear's shock absorber based on a magneto-rheological damper.
CERAM-A-STAR E was developed in response to the market need for a universal aluminum coating system.
A highly reflective aluminum coating applied to the phase-coated prisms ensures image sharpness and prevents eye fatigue.
Russian specialists in metallurgy, JurePromConsulting have developed and patented a new industrial way to apply an aluminum coating onto any metal surface.
Based on heat transfer simulations and experimental observations, it was assumed that aluminum coating radiated the significant amount of heat from the core surface, delayed the burning of the resin binders due to the less contact with air and created a "shell" around the sand core, which prevented the fall of decomposed sand at high temperatures.
Featuring Vaetec vacuum-evaporating technology for applying an aluminum coating on plastics electronic enclosures for EMI/RFI shielding or ESD protection.
After the molded plastic disk cools, its underside is coated with a very thin, highly reflective aluminum coating.