Gold Price
| SATURDAY 19 OCT 2024 00:00:00 | ||
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| Category | We Buy | We Sell |
| Physical Gold Price GOLD/KG (MYR) |
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| Physical Gold Price GOLD 500 GRAM (MYR) |
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| Physical Gold Price GOLD 100 GRAM (MYR) |
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| Physical Silver Price SILVER/KG (MYR) |
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About Us
'Refine AU's vision is to provide a low cost, sustainable solution to recover precious metals from the urban mine, by having an E-Waste Recycling in every major city around the world.'
For any gold and jewellery that you wish to sell, talk to Refine AU – the smart choice for selling. We will buy your gold jewellery, old gold, unwanted gold, scrap gold, broken gold, gold bullion, gold coins, platinum, silver and more!
Founder
Jimmy Dang
Founder of Refine AU
The beginning of Greater things starts as a seed. Passion, willingness to learn and tenacity is the key to rising above the average and the mediocre. Keep pushing and the refinery of life will bring out the Gold within you.
Your Trusted Gold Refiner
Refining Systems Used to Make Gold Bars - Electrolyte Process
Electrolyte process is for the end-use consumers who need gold in purer form. The .995 pure gold is melted and cast into an electrode called an anodes. The anode is placed in an electrolyte solution with cathodes.
Refining Systems Used to Make Gold Bars - Chemical Treatment
Refining gold using chemicals is another common method. Gold is treated with sulphuric, hydrochloric or nitric acids.
Refining Systems Used to Make Gold Bars - Smelting Gold Ore
Refining can be done in another way by using silica, soda ash and borax. These chemicals are mixed with gold ore to make dried precipitate which is heated in a blast furnace.
Refining Systems Used to Make Gold Bars - Cupellation
As the ore melts, the slag that floats on the top of the mixture contains impurities which have been drawn out of the gold ore.
Urban Mining - reduce the pressure on demand for primary raw materials
It is clear that as the demand for raw materials increases, greater efforts will have to be made on recycling. Flow of precious metals recycling is crucial.
Urban Mining - help to reuse valuable materials which would otherwise be wasted
Recycling of metals in order to successfully recover raw materials from urban mines, a systematic recycling approach with effective recycling schemes is necessary.
Urban Mining - reduce energy consumption, greenhouse gas emissions and other negative environmental impact from extraction and processing
Higher recycling rates.
Urban Mining - Refine AU's areas of expertise within raw materials recycling cover the following metal groups:
• Rare metals (RE, In, Ta, Li)
• Light metals (Al, Mg, Ti)
• Precious metals (PGM, Ag, Au)
• Base metals (Cu, Zn, Pb)
Metallurgical Assay - The most elaborately accurate, but totally destructive, precious metal assay is fire assay
It may also be called by the critical cupellation step that separates precious metal from lead.
Fire Assay / Cupellation - Cupels for assays and refining noble metals
Cupellation was one of the most common processes for refining precious metals. By then, fire assays were used for assaying minerals. Cupellation is still in use today.
Elemental Purities by ICP - Analysing Precious Metal Content
Accurate precious metal analysis is routinely carried out to determine the precious metal content in a wide variety of different materials.
Elemental Purities by ICP - Inductively Coupled Plasma-Optical Emission Spectrometry
Final Analysis: The Role of Inductively Coupled Plasma-Optical Emission Spectrometry in Determining the Fineness of Precious Metals.
Our Obligation
Smart Recovery Of Value From The Urban Mine
Urban mining maximises the resource and economic value of the waste
Fast And Efficient Metal Recovery [Particulary Gold]
Process development for the recovery of critical materials from electronic waste.
Clean Processing Minimises Waste And Environmental Impact
The best strategy for managing laboratory waste aims to maximize safety and minimize environmental impact.
Complete Destruction Ensures Data Protection
The Importance of Data Security in the Recycling Process.