Gold silver Material

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At Chips Etc. we often get inquires into what is the value of gold found in vintage computer chips and other electronic items. People are often amazed to learn how much precious metal is lost whenever they throw away their old electronic circuit devices. Gold can all be recovered from circuits and processors of electronics. Of all the precious metals, gold is the one most frequently recovered and refined from electronics. Although it is possible to melt the gold plating away from the circuitry, you will cause more of a mess and lose some of the precious metal. The most effective way to reclaim gold from scrap components.

Chips, ICs, CPUs and many electronic components contain valuable precious metals that can be recovered. This type of electronic waste accumulates as a waste product during the manufacture of electronic appliances, during the dismantling and recycling of disused appliances and also in the form of overstocks at assembly firms.

Refining of processor chips, ICs, CPUs

The processor (CPU: Central Processing Unit) is the brain of the PC. It contains millions to billions of microscopic transistors and a few hundred gold plated pins. Processors are one of the most value dense portions of the PC. Older processors are generally larger and have more generous gold plating than more modern ones: 386/486 and Pentium chips are particularly valuable. Here are some more details about 486′s.

The processor is recognizable as a large rectangular or square chip that plugs directly into the motherboard. It is usually the largest single chip in the PC. Intel and AMD are the largest PC processor manufacturers, however IBM, ARM, Motorola and others make them as well. The processor often has a heat sink attached to it which may also have a small fan. Heat sinks are typically aluminum, which has little scrap value.

 


Separate parts gilded Electronic circuit.

Gold Form Electronic circuit boards.

Processors are also found in video cards (there they are called GPUs: Graphics Processing Units), in cellphones, iPods and iPads, and most other electronic devices. Generally only computer processors are large enough and detactable enough to merit separating them. The value of the processor varies greatly depending on the model. As mentioned above, older processors generally have more precious metal content.

Notice the gold dotting this connector board, making it a very valuable (and heavy) piece of equipment to recycle. There’s gold in ordinary cell phones, along with copper and silver, and the gold is easy to extract. Cell phones yield up to 150 grams (15.3 ounces) of gold per ton, compared to five grams per ton of ore, according to Urban Mining.

In terms of e-waste, cell phones hold some of the most valuable bang for the buck. Chock full of bits of gold, silver and copper, cell phones offer easy extraction and reuse of these valuable materials, and with technology rapidly advancing, there is no shortage in sight. Gold, which has rapidly increased in value during the past few years, is of particular interest to companies looking to cash in on e-waste extraction.

The reason for this surplus is simple: Cell phone manufacturers are increasingly turning to gold as a conductor element in their high-tech circuit boards instead of the less conductive copper.

Gold, in particular, is easily extractable in these devices, so much that it is possible to extract more gold per ton of cell phones than per ton of actual ore. Per ton, gold ore yields approximately 5 grams (0.18 ounces) of gold. Per ton of recovered cell phone circuitry, it is possible to yield up to 150 grams (5.3 ounces) of gold.

In turn, jewelers and yes, electronics manufacturers are rapidly trying to get their hands on this re-purposed precious metal, which is typically melted down into its pure state following extraction from the mobile device.

One refinery in Japan is picking apart between 10,000 and 20,000 cell units every month. Another company in Tokyo is melting at least 7,000 ounces of gold per month just from cell phone mining and extraction.

Still, with only 10-20% of cell phone users opting to throw their old devices away, chances are good that a lot of precious metal is hiding in cabinets, drawers and closets around the world.

Volume of gold  You will receive Of supplies Material.

Material consisting of a piece of gold,circuit board cpu computer precious metals. all kinds of  waste  electronic scrap recycling.

1.Volume of gold  You will receive Of CPU Computer. Different CPUs have different quantity of gold in them.

 

We find data Of our experiments. gold from CPU and IC Chip.

Model CPU and IC Chip

 Image

 CPU and IC Chip 1Kg

Cyrix Cx486

  < 5.5 grams

IBM 5x86C

  < 4.5 grams

486 DX2-80

  < 4.5 grams

i 486 SX

  < 6.5 grams

i 486 TX486DLC

  < 5.8 grams

Intel Pentium III

  < 1 grams

Cyrix 6×86

  < 4.8 grams

IBM 6x86MX PR200

  < 5.5 grams

Cyrix MII

  < 4.3  grams

Intel Pentium 4

  < 0.5 grams

Intel Pentium II

  < 1.5  grams

Pentium PRO

  < 3 grams

WinChip C6-PSME240GA

  < 5.80  grams

Intel i435 DX4

  < 4  grams

Intel 386

  < 8.50  grams

Intel Pentium

  < 7.50  grams

Intel Pentium MMX

 < 2.5 grams

AMD-K6-2

  < 2 grams

Intel Pentium

  < 2.5 grams

 

 

e-waste gold recovery

e-waste gold recovery

 

CPU intel pentium pro processors  weight of 1 kg. gold component. Approximately less than 4.5 grams.   experiment 2.4 grams gold 99%.

CPU intel pentium mmx processors  weight of 1 kg. gold component. Approximately less than 2.5 grams.   experiment 2.3 grams gold 99%.

CPU Intel Pentium III  processors  weight of 1 kg. gold component. Approximately less than 1.2 grams.   experiment 0.95 grams gold 99%.

CPU Intel 486 processors  weight of 1 kg. gold component. Approximately less than 7.5 grams.   experiment 6.8 grams gold 99%.

CPU Intel Pentium processors  weight of 1 kg. gold component. Approximately less than 1.9 grams.   experiment 1.6 grams gold 99%.

Gold from circuit boards electronic

Pieces of gold camera Mobile phone 1kg gold > 8g

Recycle Gold CPU Intel Pentium II processors  weight of 1 kg. gold component. Approximately less than 1.5 grams.   experiment 0.8 grams gold 99%.

Today’s CPUs have a much lower Gold content

1. gold cpu pins for recycling
2. Gold plated CPU pins
3. Modern computer chips manufactured after 1998 have very little gold content in them because most CPU’s no longer use solid gold wire bonding technology or gold-plated lids in their packaging.

For example, the Intel Pentium 4 Microprocessor came in an organic (non ceramic) package with a nickle-plated copper lid, & it did not use gold wire internally to attach the silicon chip to it’s package. It’s only noticeable gold content came from it’s connector pins that were thinly gold-plated. However, the pins were gold-plated to a thickness of only 0.76 microns – that calculates to just around a few cents worth of gold value per CPU.

Today, a typical organic CPU package no longer is made with connector pins, instead they use thinly gold-plated connection pads which is used to socket the CPU to a motherboard.

CPU Intel Pentium 4 processors  weight of 1 kg. gold component. Approximately less than 0.6 grams.   experiment 0.4 grams gold 99%.

Gold plated circuit board and chip

Gold Value of Computer Chips found on Motherboards & PCB Circuit Boards. Some Vintage Circuit cards are sought after by collectors as well.

circuit board with heavy gold plating. Depending on their age, computer motherboards and other electronic circuit boards can also contain rich gold content made up of gold-plated circuit traces, edge fingers, connectors, Integrated Circuits, transistors, & memory chips. Before sending your computer motherboards and gold-laden PCB cards to the precious metal recycler you should make sure to check for their collectible value first. Some of these boards are highly sought after by vintage computer collectors & hobbyists.

Military, aerospace, electronic circuit testers and telecommunications boards, especially ones from the 1960′s thru the 80′s, often have generous gold-plating of their traces, fingers, connectors & electronic components than the modern circuit boards found in today’s electronic devices.

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