7 results about "Zinc diffusion" patented technology

This utility model relates to the field of metal material processing and treatment, and discloses a dual-purpose induction furnace for iron softening and zinc diffusion treatment, comprising: a furnace body; a top cover for sealing the furnace body, with a sealing rod fixedly connected to the bottom of the top cover; a bottom plate for the furnace body, with a base at the bottom of the bottom plate, a water outlet groove penetrating the bottom plate at the outermost side of the bottom plate, an annular sealing ring and a cover plate at the top of the water outlet groove, the sealing ring being located at the top of the cover plate, and an elastic element fixedly connected to the bottom of the cover plate; when the top cover is closed, the sealing rod contacts the sealing ring; an annular extrusion groove is formed at the bottom opening of the water outlet groove on the base, with a sealing ring fixedly connected to the top of the extrusion groove. In this utility model, the sealing ring and cover plate at the top of the water outlet groove and the sealing ring at the bottom of the water outlet groove simultaneously seal the water outlet groove, creating a sealing effect on both the upper and lower sides of the water outlet groove, improving the sealing performance of the furnace body and avoiding problems caused by poor sealing of the discharge port.

The utility model provides a kind of for powder zinc infiltration process anti -blocking workpiece cleaning equipment, it is related to cleaning equipment technical field, and it includes: cleaning tank, multiple cleaning tanks are provided in cleaning tank, and multiple cleaning tanks are arranged in echelon shape;Water inlet pipeline, water inlet pipeline is communicated with the bottom surface of cleaning tank, and water is supplied to cleaning tank by the bottom of cleaning tank;Lifting adjusting part, lifting adjusting part is installed on cleaning tank;Loading basket, loading basket is detachably set in the output end of lifting adjusting part, and loading blue is used to load zinc infiltration workpiece, and reciprocating lifting cleaning in cleaning tank is driven by zinc infiltration workpiece through lifting adjusting part.The utility model washes by the mode of bottom water inlet and top drainage, effectively avoids the blockage problem caused by filter residue deposition, and in addition, reciprocating lifting cleaning in cleaning fluid is driven by zinc infiltration workpiece with lifting adjusting part, can greatly improve cleaning effect, with the characteristics of simple structure, convenient operation.

A home appliance according to one embodiment of the present disclosure may comprise a housing and a heat exchanger disposed inside the housing. The heat exchanger can include: a first pipe providing a refrigerant flow path and including aluminum (Al); a second pipe, which is adjacent to the first pipe, includes an Al material, and accommodates a sensor; and filler metal for coupling the first pipe and the second pipe to each other. A portion of the first pipe and / or a portion of the second pipe can include a zinc diffusion layer. The potential difference between random constituent elements from among the filler metal, the first pipe and the second pipe can be 50 mV or less.

The application provides a surface treatment method of a pull rivet assembly, which comprises the following steps: forming a zinc-aluminum coating on a pull rivet and a sleeve ring through a multiple film forming mode; wherein the material of the pull rivet is medium-carbon alloy structural steel, the material of the sleeve ring is low-carbon steel, the zinc content in the zinc-aluminum coating is 85%-95%, and the aluminum content in the zinc-aluminum coating is 5%-15%; and the zinc-aluminum coating is subjected to heat diffusion treatment to form an iron-zinc-aluminum alloy protective layer on the surface of the pull rivet and the sleeve ring. In the technical scheme, the zinc-aluminum coating is formed on the pull rivet and the sleeve ring through the multiple film forming mode, and the heat diffusion treatment mode is adopted, so that the zinc diffuses into the pull rivet and the sleeve ring, and the iron of the pull rivet and the sleeve ring diffuses into the zinc-aluminum coating, thereby forming the iron-zinc-aluminum alloy protective layer, improving the structural strength of the protective layer on the outer side of the pull rivet and the sleeve ring, improving the corrosion resistance, and improving the use effect of the pull rivet and the sleeve ring.

A home appliance may include: a housing; and a heat exchanger disposed inside the housing, the heat exchanger including: a first pipe providing a flow path along which a refrigerant is flowable, and including aluminum, a second pipe adjacent to the first pipe, the second pipe including aluminum, and configured to receive a sensor, and a filler metal configured to couple the first pipe and the second pipe together, At least of a portion of the first pipe or a portion of the second pipe includes a zinc diffusion layer. An electrical potential difference between any two of the filler metal, the first pipe, and the second pipe is 50 mV or less.

This application belongs to the field of metal woven mesh processing technology and discloses a zinc-diffusion fixture for metal woven mesh, comprising: a main frame, with a placement area formed on the inner side of the main frame for placing the product to be zinc-diffused, a partition for supporting the product provided in the placement area, and multiple first through holes for zinc powder to pass through on the inner sidewalls of the placement area, and multiple second through holes for zinc powder to pass through on the partition; and a pressure cap assembly for detachably connecting to the main frame to fix the product in the placement area. The zinc-diffusion fixture for metal woven mesh of this application improves the flowability of zinc powder and the uniformity of zinc diffusion, avoids zinc powder accumulation in the fixture, and improves production efficiency and product yield.

This invention belongs to the field of zinc powder production technology, specifically a production equipment and method for zinc powder used in zinc diffusion processes. Addressing the problems of zinc powder oxidation and the inability to screen the produced zinc powder in existing technologies, the invention includes a base frame with a bottom box fixedly installed on top. Two electric push rods are symmetrically fixedly installed on the inner bottom wall of the bottom box, with their output shafts extending to the top of the bottom box and fixedly fitted with the same sealing ring. This invention allows the zinc powder or zinc vapor to be processed in a relatively closed environment during the cooling process to form zinc powder, thus avoiding oxidation. Furthermore, after zinc powder production, it enables sorting, facilitating convenient classification and packaging during practical use.