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A detailed introduction to Henan's crude lead disc casting machine?
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If the auxiliary equipment for the coarse lead disc casting machine is to complete electroplating according to process requirements, simply having a power supply and plating tank isn’t enough—it also needs proper ancillary devices essential for smooth electroplating. This naturally includes heating or cooling systems, as well as equipment for cathode movement, agitation mechanisms, plating solution circulation, or even filtration units.
Coarse Lead Disc Casting Machine If the auxiliary equipment is to complete electroplating according to process requirements, simply having a power supply and plating tank isn’t enough—it also needs proper ancillary devices essential for smooth electroplating operations. This naturally includes heating or cooling systems, cathode-movement mechanisms, stirring equipment, as well as plating solution circulation or filtration systems, among others.
Coarse Lead Disc Casting Machine In industrial applications, infrared spectra are often divided into several spectral regions: the near-infrared region spans from 0.75 to 0 micrometers; the mid-infrared region ranges from 0 to 0 micrometers; the far-infrared region extends from 0 to 10 micrometers; and the extreme far-infrared region covers 10 to 1000 micrometers. Different materials exhibit varying abilities to absorb infrared radiation, and even the same material may absorb infrared light differently depending on the specific wavelength.
For the difficult-to-select lead-zinc mixed concentrate, the plant employs a closed-blast furnace smelting method that simultaneously produces both lead and zinc. Coarse Lead Disc Casting Machine For particularly challenging lead-zinc mixed ores that are difficult to separate, there is a specialized treatment method. This involves using either the raw mixed ore or its enriched concentrate, followed by sintering or pelletizing before melting in a blast furnace. This process yields crude lead along with a lead-zinc-containing molten slag. The crude lead is then fed into a disc casting machine, while the slag undergoes further processing in a volatilization furnace, where it is volatilized to produce zinc oxide. The zinc oxide is subsequently refined via wet-process zinc extraction, ultimately yielding electrolytic zinc. Finally, the remaining zinc oxide can be recovered through rotary kiln roasting, completing the cycle.

Coarse Lead Disc Casting Machine Wrapping a degreased cotton sleeve around the graphite anode allows for the storage of plating solution, preventing direct contact between the two electrodes that could cause arcing and damage the surface of the workpiece. It also helps avoid graphite particles from detaching and contaminating the plating bath. The shape of the graphite anode is determined by the contour of the object being plated. Additionally, the plating solution itself can vary depending on the application—ranging from surface-treatment solutions to metal-deposition solutions and even stripping solutions. For example, in the case of a coarse lead disc casting machine, the surface is treated with a specific solution to enhance the adhesion strength between the coating and the substrate. Therefore, the surface to be plated must undergo rigorous pre-treatment, which naturally includes both electro-cleaning and activation processes.
Coarse Lead Disc Casting Machine The prepared plating solution will be exposed to sunlight for several hours. Since the additive SL-80 consists of a nitrogen-containing organic compound and a condensation product of epoxy-group-containing compounds, its use does not increase the hardness of the coating. The additive consumption rate is 100 milliliters. A key feature of the coarse lead disc casting process is that this silver-plating technique employs a high current density, resulting in a bright, fine, and uniform coating.
Henan crude lead disc casting machine, crude lead disc casting machine
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