2results about How to "Moderate volatilization speed" patented technology

The present application relates to the field of electronic equipment maintenance, in particular to a cleaning agent for precise electronic equipment with precise control of evaporation rate and a preparation method thereof, which is a high adaptability cleaning agent with controllable evaporation rate for cleaning precise electronic equipment. The cleaning agent is prepared by mixing two components in a certain proportion, which can accurately adjust the proportion of the two components according to the temperature of the construction environment and the pollution situation of the equipment on site. It can not only effectively remove various polar and non-polar pollutants on the surface of the circuit board, but also realize precise control of the evaporation rate, so as to complete the effective removal of all pollutants in the optimal "contact-dissolution-peeling-evaporation" kinetic window, thereby ensuring the safe and stable operation of the electronic equipment.

The invention provides a pre-volatilization method for a heat exchanger zinc-sprayed component, a pre-volatilization zinc-sprayed component and a heat exchanger, and relates to the technical field of heat exchanger manufacturing, the pre-volatilization method comprises the following steps: carrying out zinc pre-volatilization treatment on the heat exchanger zinc-sprayed component through a brazing furnace to obtain the pre-volatilization zinc-sprayed component; the temperature of the pre-volatilization treatment is 400-550 DEG C; and the conveying net speed of a zinc spraying part in the brazing furnace is 150 mm / min to 300 mm / min. The technical problem that excessive accumulation of Zn affects the welding quality and causes local corrosion when a zinc (Zn) spraying component of a heat exchanger is directly welded in the prior art is solved, and the technical effects of reducing Zn accumulation in a welding seam area, reducing the potential difference of a welding seam part, improving the corrosion resistance of the heat exchanger and improving the welding quality are achieved.