YUXI gold recovery equipment is meaning extracting gold and other precious metals from E-waste or other WEEE (Waste Electrical and Electronic Equipment), included electrolytic gold extraction and chemically gold extraction.
Precious metals recovery from electronic waste, extracting gold from computer prats, cell phones, circuit boards, PCB, YUXI gold recovery equipment will turn E-waste into Gold, Free technology and training support.
Different kinds of computer chips/CPUs, PCB, motherboards, connectors, pins, fingers, cellphones (mobile phones), computer Rams (RAM memory sticks), BGA ( ball grid array ), QFP (quad flat package), Ics, PLCC chips, which are all belong to circuit board components.
Free technology support: Our technical engineer will guide you step-by-step to recover gold and all other precious metals from any kinds of electronic waste, Free training support No pollution, environmental protection Free installation. Customized pre-design gold recovery from computer parts equipment One-step turnkey solutions expert for extracting & refining gold / precious metal from circuit boards, computer parts, cell phones, gold recovery from e waste
Two years warranty Delivery only 15-25 days. Please prepare installation site, our engineer will be dispatched to your country for Gold Recovery Equipment installation on-site within 7-15 day set-up time.
Likely the BestFine Gold Recovery Equipmentbased on the enhanced centrifugal forces, like the Falcon Concentrator, hasa maximum capacity of 150 t/h. The concentrator has proven effective in various minerals sectors link gold, Cu, Sn, Coal, Iron ore, Ag, Heavy mineral and most significantly tantalum where Falcon has achieved excellent results.
Gravity concentration technique is the most simple and economical of all methods of concentration applied in mineral processing. It permits the recovery of values at coarse a size range as possible. The separation of mineral particles are generally based by exploiting the difference in density between the two minerals. At present, the gravity concentration technique is widely used for the treatment of various traditional raw materials. Tin. tungsten, chromite, iron ore, coal as well as the heavy mineral of alluvial or beach sands etc. are commonly processed by this technique. Now days lot of new and advanced equipments have been developed to separated the finely divided minerals from the gangue materials. Some of them arc reviewed here.
The Falcon Concentrator is a Fine Gold Recovery Equipment made of a rotating bowl with the smooth inclined wall. The feed slurry enters the bottom of the bowl and gets stratified along the bowl wall. The heavier material settles on the wall while the lighter particles are pushed to the lip of the bowl and discharged as the overflow. The heavier fraction settled on the bowl wall is continuously removed through a nozzle located at the top of the bowl.
Gravity concentration is the oldest beneficiation technique adopted by the mankind. Gravity concentration is simple, cheap and efficient to treat coarse high-grade ores. However the low-grade ores need to be reduced to fine sizes for better liberation and traditional gravity concentration techniques are not capable of treating fines. After the invention of froth flotation in the beginning of 20th century, gravity concentration was pushed to the back seat. But the gravity concentration made a comeback by the end of 20th century due to:
The advanced gravity concentration techniques essentially use centrifugal force to provide enhanced gravity to efficiently treat fines. Some of the successful Enhanced Gravity Concentration technologies and Fine Gold Recovery Equipment that found application in the mineral processing industry are Falcon Concentrator and Mozley Multi-Gravity Separator.
As a Fine Gold Recovery Equipment, the Falcon concentrators rely on a rotating bowl to generate high centrifugal accelerations similar to Knelson concentrators. The feed slurry rises upward over a slightly inclined smooth wall Stratification of higher-density particles occurs toward the bowl wall, and lower-density particles move toward the center of the bowl. Different models vary in the way they collect and produce the concentrate
In the semi-batch Fine Gold Recovery Unit, the upgraded product that has been forced against the bowl wall is made to move into a vertical, fluidized collection zone in the upper portion of the bowl. The collection zone consists of a number of rings that have pressurized water injected from the back, effectively elutriating and cleaning the concentrate that sits in these collection rings until a rinse cycle begins. These machines are known as semi-batch devices because they continually accept feed during the run cycle but only produce concentrate during periodic rinse cycles. Run times range from 30 minutes to several hours depending on the application, while the rinse times are generally less than a minute. The throughput rates range from 1 to 400 t/h The centrifugal accelerations range from 50 to 200 G These units are mainly used in precious metal recovery plants.
In continuous devices, at the top of the bowl is a ring of specially designed concentrate flow hoppers, followed by pneumatically controlled variable orifice valves. These valves allow for a constant stream of concentrate to be produced. The continuous Fine Gold Recovery concentrator is able to vary mass pull to concentrate by adjusting valve orifice size through changes in air pressure. Because of their high mass pull rates of 5% to 40%, these units are used in the recovery and upgrade of tin, tantalum, tungsten, chrome, cobalt, iron, fine oxidized coal, and uranium ores. The ultrafine units are designed to concentrate material below 50 um at less than 20% solids and may be typically used in deslime cyclone overflow streams.
The Falcon concentrator is another spinning batch Fine Gold Recovery Equipment designed principally for the recovery of free gold in grinding circuit classifier underflows where, again, a very small (<1%) mass pull to concentrate is required. The feed first flows up the sides of a cone-shaped bowl, where it stratifies according to particle density before passing over a concentrate bed fluidized from behind by back-pressure (process) water. The bed retains dense particles such as gold, and lighter gangue particles are washed over the top. Periodically the feed is stopped, the bed rinsed to remove any remaining lights and is then flushed out as the heavy product. Rinsing/flushing frequency, which is under automatic control, is determined from grade and recovery requirements.
If you are a placer gold miner, then you will eventually figure out that you need to learn how to capture micro gold. Im talking about the small stuff the dust the specks those teeny-tiny little particles of gold that you can barely even see.
Many prospectors take pride in their setups that they use to recover extra-fine pieces of micro gold. Big nuggets, pickers, and flakes are relatively easy to recover using standard equipment, but the small stuff is a challenge. Not only do you need specialized equipment for the job, you also need to learn how to set it up properly for maximum gold recover.
Here are a few different ways that miners are able to recover those tiny specks of golden goodness! Check out the videos and see what it takes to operate them properly. Each type of gear works a little differently, but the ultimate goal is the same. Catch and recover that small gold.
The Gold Cube does a great job of catching very tiny gold. It generally isnt used as the final step, since it will also catch and retain black sands too. The huge benefit of using the Gold Cube is that you can feed a lot more material into it than any of the other equipment in this article. It will leave you with some super concentrates that are very rich with gold that you can run through a final cleanup to clean out the gold.
There are a lot of different makes and models of micro sluices out there, but they are all relatively similar in their design. They are just like a regular stream sluice, except they are designed to run only super fine material at a low flow. This way you can get the black sands out of your gold in a contained environment. These are sweet for the final processing of your concentrates. Just keep in mind that you feed them SLOWLY or else gold will blow out the bottom.
These nifty inventions have been around for quite a while and they are a really neat tool for micro gold recovery. Basically the constant spiraling action will allow larger and lighter material to drop out and will retain only the heaviest material (i.e. gold). This video shows it quite well, and how they can be used with both dry and wet material.
These sweet little shaker tables are great for fine gold recovery, particular when you are processing gold that is very flat and flaky in texture it works exceptionally well. The water will flow over it while the rounder material will roll right off the table. Some very large commercial mining operations use large shaker tables for their final processing.
Of course I cant forget to mention the trusty gold pan! Yes, all of the equipment above will work faster to process larger amounts of concentrates, but it is amazing just how well you can recover even the finest micro gold if you use a skilled panning technique. This video does an excellent job of showing a technique to use a simple pan to recover even the tiniest micro gold.
Based on our revolutionary patented transverse spiral concentrator belt and benefiting from almost 20 years of development experience, the system boasts fine gold recovery rates of 95%-98% down to 50microns.
Find out more about the use of our systems for Alluvial or Placer Mining, Hard Rock gold recovery, concentration of a broad range of minerals, gemstone recovery and lead remediation of shooting ranges.