If you have an old notebook computer that you want to dispose of.
there is gold in it Let's disassemble it to find out how much gold there is in it.
Batteries generally do not contain gold. Let's overlook first. can't find gold
Old-fashioned things are made to look tough. If I have free time I'm going to disassemble this battery, look inside.
Upcycling or Repurposing: If you're feeling creative, you might be able to repurpose some components of the computer for other projects.
Separating parts may take time. and must have tools for disassembly, such as a Phillips screwdriver and a flathead screwdriver The first thing we should notice or look for is gold color of the material inside.
Because it is an old hardware technology. I guess this is RAM. and inside there was a gold wire
This card is probably a graphics card. It looks good and has a large IC chip with many legs. And that means the amount of gold we will receive will increase if we have a large quantity of many chips.
Do old hard drives have gold?
Yes, old hard drives can contain trace amounts of gold, along with other precious metals like silver and platinum. These metals are used in various components of a hard drive, such as connectors, pins, ic chip, and sometimes even in the plating of the disks themselves.
Is there gold in computer power supply?
Yes, computer power supplies can contain small amounts of gold along with other precious metals. Gold is used in various components within a power supply unit, such as connectors, pins. But usually gold is not found.
Do floppy disk readers contain gold?
Yes, floppy disk readers, like many electronic devices, contain small amounts of gold along with other metals. The gold is typically found in connectors and components on the circuit boards. However, it's important to note that the amount of gold in a single floppy disk reader is very small, and it would not be a practical or economical source of gold for recovery.
In any case, the floppy disk still has an IC chip with multiple pins and gold wire inside that's interesting. This is probably the most gold-used piece for a floppy disk.
Old computer motherboards are prime targets for gold mining. This is because it houses the processor or CPU, which contains a high amount of gold. Normally, the connection points and pins of the processor are gold plated and there is also gold wire inside the processor, but some processors may not have gold plated pins.
Unexpectedly, the old LCD screen contained more gold inside than I had previously thought. You can see that there are a lot of IC chips, and there are also pins all around them, meaning there's a lot of gold wire required for the internal connections. And that is the gold we will receive.
Old electronic equipment Definitely never disappoints us.
An LCD screen, which stands for Liquid Crystal Display, is a type of flat-panel display technology commonly used in televisions, computer monitors, and other devices. Here are some key points about LCD screens
Technology: LCD screens work by using a liquid crystal solution sandwiched between two layers of transparent electrodes. The liquid crystal molecules can be manipulated to control the passage of light, which creates images on the screen.
Backlighting: LCD screens require a backlight source to illuminate the pixels. This is usually a series of fluorescent lamps (in older models) or LEDs (in newer models). The light from the backlight passes through the liquid crystals to produce the image.
Resolution: The resolution of an LCD screen refers to the number of pixels it can display horizontally and vertically. Higher resolution screens can show more detail and provide sharper images.
LCD screens are generally more energy-efficient than older CRT (Cathode Ray Tube) monitors. LED-backlit LCDs, in particular, are known for their energy-saving properties.
LCD technology allows for thin and lightweight displays, which is why it's used in devices like laptops, tablets, and smartphones.
Thank you for watching our video clip. In the next video clip, Make Gold from old notebook computer part 2, we will separate the devices inside the circuit board. and the pieces with gold inside and dissecting various equipment to see internal components
Recycling waste water pump motors and copper wire is a responsible and eco-friendly way to manage electronic waste and recover valuable materials. Here's a general guide on how you can recycle these components:
Collect and Disassemble: Gather old or unused wastewater pump motors and separate the copper wire from the motor. The copper wire is valuable due to its conductivity and can be recycled separately.
Remove Non-Metal Parts: Strip away any non-metal components from the motor, such as plastic casing, rubber parts, and other materials. These should be sorted for proper disposal or recycling.
Copper Wire Stripping: If the copper wire is still attached to the motor, you'll need to strip it. Copper wire is often covered with insulation or coating. There are various methods to strip the insulation, such as using wire stripping machines, tools, or manual methods.
Sorting and Classification: Separate the different types of copper wire based on their thickness, quality, and insulation. There are usually different categories of copper wire, such as bare bright copper, insulated copper wire, and more.
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Cleaning and Preparing Copper: Clean the stripped copper wire to remove any contaminants like dirt, grease, or insulation residue. This ensures better quality material for recycling.
Recycling Copper: Once you have the cleaned and sorted copper wire, you can take it to a recycling center or scrap yard that accepts metals. They will weigh the copper and offer you a price based on the current market rates. Recycling centers process the copper to be used in various applications.
Motor Recycling: The non-metal parts of the pump motor, such as plastic and rubber components, should also be properly recycled or disposed of. Some of these parts might be recyclable, while others might need to be treated as electronic waste.
Environmental Considerations: It's important to ensure that the recycling process is done in an environmentally responsible manner. Choose reputable recycling centers that follow proper procedures to avoid harming the environment or human health.
Local Regulations: Recycling regulations can vary by region, so it's a good idea to check with your local authorities or recycling facilities to understand the specific guidelines and requirements for recycling copper and electronic waste in your area.
Remember that recycling not only conserves valuable resources but also reduces the environmental impact of mining and processing new materials. By responsibly recycling waste water pump motors and copper wire, you contribute to a more sustainable and greener future.
Roadside markets selling wild honey along the road are a common sight in many regions around the world, particularly in areas where beekeeping and honey harvesting are practiced. These markets offer a unique opportunity for both locals and travelers to purchase natural and often locally-produced honey directly from the source.
Here are some key points about roadside markets selling wild honey:
Local and Authentic: These markets usually offer honey that is sourced directly from local beekeepers or individuals who gather honey from wild beehives. This can result in a more authentic and diverse range of honey flavors, as the bees collect nectar from a variety of local plants.
Variety of Honey Types: Depending on the location, you might find different types of honey available, each with its own distinct flavor and characteristics based on the types of plants the bees have been foraging on. The flavor, color, and consistency of wild honey can vary widely.
Supporting Local Beekeepers: Purchasing honey from these markets often supports local beekeepers and communities. It can be a way to contribute to local economies and sustainable practices.
Natural and Unprocessed: Wild honey is typically less processed compared to commercially produced honey. It may contain traces of pollen and other natural compounds that are often filtered out in mass-produced honey.
Tourist Attraction: For travelers, these roadside honey markets can be an interesting and unique stop along their journey. Learning about local beekeeping practices, the importance of bees in pollination, and the cultural significance of honey can add depth to the travel experience.
Quality and Authenticity: While many roadside honey markets are genuine, it's important to be cautious of counterfeit or adulterated products. Some vendors might mix wild honey with cheaper varieties or even use artificial flavorings. If possible, buy from reputable markets or get recommendations from locals.
Environmental Considerations: Harvesting wild honey should be done sustainably to ensure the health of local bee populations and ecosystems. Some regions have regulations in place to protect wild bee colonies, so it's important to respect local laws and guidelines.
Health Benefits: Honey has been used for its potential health benefits, including soothing sore throats, boosting energy, and providing antioxidants. However, these potential benefits can vary based on the type and quality of honey.
Remember that practices and regulations can vary widely depending on the country and region. If you're interested in visiting or purchasing honey from roadside markets selling wild honey, it's a good idea to do some research beforehand to understand local customs, laws, and practices related to beekeeping and honey production.
gold plating material electronic Pin Leg and Connector
Electronic device legs such as Integrated Circuit old transistors or some IC chips are mostly cut according to the suitability of electronic circuit assembly. and the cut part is gold plated That's a lot of gold. Leftovers from production in the electrical and electronic equipment industry
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In this video, we're going to teach you how to extract gold from scrap electronics using gold plated pins and gold stripping chemicals. This is a quick and easy way to get your hands on some gold, and it's perfect if you have tonnes of scrap electronics that you want to turn into gold.
This is a simple and cost-effective way to get started in the gold mining industry! If you're interested in learning how to gold extraction from scrap electronics.
You can dig gold form E-waste is collected from various sources, such as old computers, cell phones, TVs, and other electronic devices. The collected e-waste is then sorted to separate different types of devices and components.
I use sodium cyanide 15 grams with gold stripping15 grams, 1 liter of water. Normally, 1 liter of chemical can dissolve up to 25 grams of gold from my work on average.
gold stripping industrial use It is not commercially available because it must be used in conjunction with cyanide which is dangerous and Those that are potentially illegal in some countries.
It is important to follow all safety guidelines and consult with a professional before attempting this process.
bring the mixed chemicals Put in the gold plated material that we have prepared in the beaker. It takes about 15 to 20 minutes to dissolve the gold plating. Sometimes this can take a long time. or faster than the specified time It depends on the amount of gold plating.
I recommend chemical filtration to reduce contamination from materials we don't want to mix with. our golden water.
I use a funnel and cotton swab to filter out the chemicals. Anyone have a better way? please introduce
The method might be a good and easy way to find a device to use for me. The important thing is that there must be no contaminants such as scrap metal, sediment. This step I think is very important and affects the quality and quantity of gold received. If there are too many impurities, it will cause the chemical work in the next step to be incomplete in gold precipitation.
Filtration may take a lot of time if the raw materials we prepare are not clean, for example There is dust and dirt. or oil contamination So we should clean the raw materials first. for best results.
use potassium hydroxide for the gold in the solution to bind to the zinc powder I recommend stirring the substance all the time to make the zinc powder evenly distributed. The gold will adhere to the zinc powder better. Usually we use 300g of potassium hydroxide per 1 liter of chemical, divided into 3 times, 100 g each time.
Do this 3 to 5 times until all the gold in the chemical is gone. Notice from the color of the zinc powder. If the original color means that the gold is gone.
working with chemicals Chemical protective clothing, gas masks and appropriate premises must be worn. The air is well ventilated.
Safety is very important, please do not overlook it for your own safety.
The process of separating zinc powder from chemicals may take some time. and skill in pouring apart I recommend cleaning the received zinc powder with clean water 1 to 2 times. Please be careful of zinc powder residue with chemicals and water as it is the gold attached to the zinc powder.
How to separate zinc powder from gold We will use nitric acid 68 percent mixed with water. 2 to 1.
The nitric acid dissolves the zinc powder leaving only the powder brown.That's gold.
Add nitric acid to the zinc powder in small amounts, slowly. My technique is to add a small amount of water to the zinc powder beaker to reduce overly aggressive chemical reactions.
This process contains toxic gases produced by a chemical reaction.
Take precautions to avoid exposure by the principal routes, that is, contact with skin and eyes, inhalation, and ingestion. and wearing protective clothing against chemicals and toxic gases.
This step is simple and uncomplicated. It is important to separate the gold precipitate in nitric acid. It may take time to settle for easy separation. and reduce the loss of gold sediment Alternatively, you can use a coffee filter if you're comfortable with this method. Be sure to rinse the gold sediment with hot water to separate the nitric acid from the gold sediment.
It can take 30 to 60 minutes for the zinc powder to completely remove. Sometimes nitric acid may need to be added if the chemical reaction with the zinc powder is stopped.
or observed from the air bubbles in the chemical
There are two ways to stop a chemical reaction.
The first characteristic that nitric acid is insoluble in zinc powder is due to The acidity is eliminated, the solution is to add nitric acid.
Second, nitric acid completely dissolved zinc powder, no chemical bubbles. brown powder It is gold powder.
Notice the important brown powder that we are familiar with, which is gold powder.
zinc powder is gray-black.
how to make dry gold powder i use hot air blower. i think it's easy. i used to use hot plate the gold splashes. any good way please suggest.
You will get gold powder then Melting the gold powder into cubes.
My trick Melting the gold powder into cubes. Mix a small amount of the borax powder in the gold powder or borax topping.
Improves the efficiency of melting the gold.
I use gas Torch Flame Gun Lighter or Spray gun liquefied gas gun.
Let's start with low heat supply. When the gold shrinks, it uses high heat.
You may use an electric gold melting furnace. or induction heater for quick and efficient work
Gold is typically melted in a crucible, which is a heat-resistant container that can withstand high temperatures. Graphite, ceramic, and refractory metal crucibles are commonly used for melting gold.
As the gold heats up, it will begin to soften and eventually melt. Gold transitions from a solid to a liquid state at around 1,064 degrees Celsius (1,947 degrees Fahrenheit)
Be cautious, as the molten gold and crucible will remain extremely hot for a while.
Finish with a little borax topping.
gold clean Ratio Nitric acid 1 water 1
You will receive18 karats gold if you want 24 carats gold. Bring gold powder to make AR Aqua Regia step. Today I will melt. Do not step Aqua Regia.
I received 18 carats gold 2 grams from raw materials 120 grams.
It's quite a lot of gold compared to the amount of raw materials.
Unveiling the Secret: Extracting Gold from Scrap Electronics with Gold Stripping Chemicals
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Turn Trash into Treasure: Master the Art of Gold Extraction from Electronics with
From Trash to Treasure: Extracting Gold from Mobile Phone Camera Sensors
cameras in mobile phones. CCD cameras are a type of image sensor technology that was commonly used in older mobile phones and digital cameras. They work by converting light into electrical signals, which are then processed to create images.
VIDEO The Secret Gold Mine in Your Old Phone: How to Recover Precious Metals Recovering Treasure from Old Camera Image Sensors
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Gold wires are sometimes used in the packaging and assembly of electronic components, including CCD cameras. In electronic packaging, gold wires are often used to make the electrical connections between the different parts of a device, such as the sensor and the external circuitry.
The gold wires used in such applications are typically very thin, on the order of micrometers in diameter, and they are used for their excellent conductivity and resistance to corrosion. However, it's worth noting that over time, there has been a shift towards using alternative materials and technologies due to factors like cost and environmental considerations. Newer image sensor technologies, such as CMOS (Complementary Metal-Oxide-Semiconductor) sensors, have largely replaced CCDs in modern mobile phones.
Gold is indeed used in various electronic components, including image sensors, due to its excellent electrical conductivity and resistance to corrosion. However, it's important to note that the amount of gold used in these components is usually very small.
Gold is commonly used in the packaging and bonding processes of electronic components, including image sensors. It's used for wire bonding, which is a technique that involves connecting the sensor's circuitry to the external components using very thin gold wires. These wires are used to establish electrical connections between different parts of the sensor and other parts of the device.
Unlocking Hidden Gold: Recovering Treasure from Old Camera Image Sensors
Additionally, gold might be used in the production of the sensor's microchips or in other areas of the device's circuitry. However, the quantities are usually minimal and the purpose is primarily related to ensuring proper functionality and longevity of the components.
It's worth noting that while gold is used in electronics manufacturing, the amount of gold in any individual mobile phone or electronic device is relatively small, and the primary value of such devices is not in the gold content but in the functionality they provide.
Specific amounts of gold used in mobile phone image sensors can vary based on the design, manufacturer, and model of the device. Generally, gold is used in very small quantities for bonding wires and other critical electronic connections. However, exact amounts are not typically disclosed by manufacturers in public documentation.
Here are some common applications of gold in mobile phone image sensors:
Gold wires are used for wire bonding, which involves creating electrical connections between the image sensor's microchip and other parts of the device's circuitry. These wires are extremely thin and delicate, often in the range of a few micrometers in diameter. The amount of gold used for wire bonding is very small per device.
In some advanced image sensors, a technique called bump bonding is used. Bumps of gold or other conductive materials are deposited on the sensor's surface to create electrical connections between the sensor and other components.
Gold can be used in the sealing and packaging of the image sensor to protect it from environmental factors like moisture and dust. Gold is often used in the bonding of the sensor die to the packaging substrate.
Gold may also be used in the connectors and contacts that link the image sensor to the phone's circuit board and other components. Gold's corrosion resistance ensures reliable connectivity over time.
It's important to emphasize that the amount of gold used in these applications is typically very small, as electronic manufacturers aim to minimize costs and maximize efficiency. The primary value of an image sensor lies in its functionality, not in its gold content.
If more mobile phone image sensor, it means you will have more gold. and enough to recycle gold from camera image sensor, mobile phone
Usehow to gold recovery from cell phones use old camera image sensor in mobile phones. Discovering Hidden Wealth: Extracting Gold from Cell Phone Camera Sensors.
Lithium-ion and lithium-polymer batteries are widely used in mobile phones due to their high energy density, lightweight nature, and relatively low self-discharge rates. However, it's important to note that battery technologies are continuously evolving, and advancements in materials and design may lead to variations in the structure and components of mobile phone batteries in the future.
Is there gold in cell phone batteries? Yes, there can be small amounts of gold present in some cell phone batteries, specifically in the form of gold-plated connectors and contacts. Gold is a highly conductive and corrosion-resistant material, making it suitable for use in electronic components where reliable electrical connections are essential.
In mobile phone batteries, you might find gold-plated connectors on components like the battery terminals, circuit board connectors, and various internal connectors that facilitate the flow of electricity between different parts of the phone. These connectors are often gold-plated to ensure good conductivity, prevent oxidation or corrosion, and maintain consistent performance over time.
It's worth noting that the amount of gold used in these connectors is relatively small compared to the overall weight of the battery. Gold is also used in other electronic components of mobile phones, such as connectors, switches, and some integrated circuits. However, the gold content in these components is generally quite low.
While gold is used in cell phone batteries and other electronics, the primary reasons for its use are its electrical properties rather than its intrinsic value. Other materials, such as copper, aluminum, and various alloys, are also extensively used in electronic components due to their conductivity, thermal properties, and cost-effectiveness.
The battery casing provides physical protection and houses all the internal components. It is designed to be durable and protect the battery from external impacts and damage.
Mobile phone batteries are typically built using lithium-ion or lithium-polymer technology. These batteries consist of several key components that work together to store and release electrical energy. Here's an overview of the basic structure of a mobile phone battery.
The electrolyte is a conductive material that allows lithium ions to move between the cathode and anode during charge and discharge cycles. It is typically a lithium salt dissolved in a solvent, which can be a liquid or a gel-like substance. The choice of electrolyte influences the battery's safety, performance, and stability.
Current collectors are thin metallic foils attached to the cathode and anode, allowing for the flow of electrical current between the electrodes and external circuit. They are typically made of materials like aluminum for the cathode and copper for the anode.
The bagworm larvae are caterpillar-like and live most of their lives inside their protective bags, which they construct and carry with them as they move around.
The bags are often made from silk and camouflaged with materials from their environment, such as bits of leaves, twigs, and other debris. This helps them blend in and provides protection from predators.
As the larvae grow, they expand and lengthen their bags, adding more materials as they molt and develop.
The adult male bagworm moth is small, with wingspan ranging from 14 to 18 mm. The adult females are wingless and never leave their bags. They remain in the bag and release pheromones to attract males for mating.
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Life Cycle: Bagworms undergo a complete metamorphosis, which includes four stages: egg, larva (bagworm caterpillar), pupa, and adult moth.
The female bagworms lay eggs inside their bags. After hatching, the tiny larvae create a silk thread that helps them get carried by the wind to new locations.
The larvae find a suitable spot, attach themselves, and start constructing their bags. They continue to grow and expand the bag as they molt.
Once they're ready to pupate, the larvae anchor their bags and transform into pupae inside.
After pupation, the adult male moths emerge from their bags, while the wingless females remain inside to mate and lay eggs.
Habitat and Distribution:
Bagworms are found in various habitats, including forests, gardens, and urban areas.
They are distributed across different regions, including North America and parts of Asia.
Bagworms can sometimes become pests, especially in agricultural and horticultural settings, as they can cause damage to plants by feeding on leaves. Management strategies often involve physical removal of the bags or the use of targeted insecticides.
Remember that the scientific information I provided is accurate up to September 2021, so there might be more recent developments or findings that you may want to explore further.wn the elements:
Worm Casing: This could refer to a protective structure or casing created by certain types of worms or larvae. In some cases, larvae build casings around themselves for protection.
Tineidae: Tineidae is a family of moths commonly known as the fungus moths or tineid moths. These moths belong to the order Lepidoptera. They are known for their small size and often have distinctive scales on their wings.
It's possible that you're referring to the protective cases created by some larvae within the family Tineidae. Some species of Tineidae larvae construct cases made of silk and various materials such as debris, frass (insect excrement), and sometimes even their own exuviae (shed skin). These cases serve as both a shelter and a means of camouflage, providing protection from predators and environmental conditions.
Bagworms, scientifically known as Psychidae, are a family of moths that are known for their distinctive behavior of constructing protective cases or bags around themselves during their larval stage. Here are some key points about bagworms:
Protective Bags: Bagworm larvae create cases or bags around themselves using silk and various materials from their environment. These bags serve as both shelter and camouflage, providing protection from predators and harsh weather conditions.
Camouflage: Bagworms attach pieces of leaves, twigs, bark, and other debris to their bags, making them blend seamlessly into their surroundings. This camouflage helps them avoid detection by predators.
Life Cycle: Bagworms undergo complete metamorphosis, including four stages: egg, larva (bagworm caterpillar), pupa, and adult moth. The female lays eggs inside her bag, and the hatched larvae construct their own bags.
Feeding Habits: Bagworm caterpillars feed on plant foliage. They extend their bodies out of the bag while holding onto a plant, grazing on nearby leaves. As they grow, they enlarge their bags to accommodate their increasing size.
Pupation and Adult Stage: When it's time to pupate, bagworms anchor their bags to a surface and transform into pupae within. Adult male bagworm moths are usually small, with wings, while adult females are wingless and remain inside their bags.
Habitat: Bagworms can be found in various environments, including forests, gardens, and urban areas. They are distributed globally in different species and genera.
Pest Impact: In some cases, bagworms can become pests, causing damage to trees, shrubs, and ornamental plants by defoliating them. Management strategies can include physical removal of bags, pruning affected branches, and using targeted insecticides.
It's important to note that bagworms can refer to a diverse group of species within the family Psychidae, and their behavior and characteristics might vary based on the specific species. If you're dealing with bagworms in a particular context, such as in your garden or landscape, local guidance on management and control methods could be helpful.
a stone that looks like gold Pyrite, also known as "fool's gold"
In this case, the geologist Stating that the rock found in the forest is called pyrite, it contains everything similar to gold. but not gold It is a compound between iron and sulfur. It has a distinctive crystalline shape. resembling a square dice Has a metallic shine. If the color is fresh, it will be a steel color. It is white silver, if tarnished, it will have a yellowish hue like gold.
the relationship between pyrite and gold. Pyrite and gold are both minerals, but they have distinct differences in terms of their composition, value, and properties.
Pyrite is composed of iron (Fe) and sulfur (S) atoms, with a chemical formula of FeS2. It forms cubic crystals and has a metallic luster, often resembling gold in color.
Gold is a precious metal composed of pure gold atoms (Au), with its chemical symbol being Au. It is known for its distinct yellow color and is highly valued for its rarity, beauty, and various practical uses.
Value
Pyrite While pyrite's appearance might resemble gold, it is not nearly as valuable. Pyrite has a relatively low economic value because it lacks the purity and scarcity that make gold highly sought after.
Gold is a precious metal with a long history of being used as currency, jewelry, and for various industrial purposes. Its scarcity and unique properties contribute to its high value.
Properties
Pyrite has a metallic luster and is relatively hard, but it is brittle and can be easily broken or scratched. When struck, it may give off a spark due to its high sulfur content. It is often found in association with other minerals in various types of rock formations.
Gold is a soft metal with a bright yellow color that doesn't tarnish. It is malleable and ductile, meaning it can be easily shaped into various forms. Gold is an excellent conductor of electricity and is used in electronics, dentistry, and other applications.
In summary, pyrite and gold are distinct minerals with different compositions, values, and properties. Pyrite's resemblance to gold has led to it being referred to as "fool's gold," but the two minerals have vastly different worth and significance. Gold holds a special place in human history and culture due to its beauty, scarcity, and practical uses, whereas pyrite, while interesting in its own right, lacks the same level of economic and cultural significance.
for pyrite It's a priceless ore. but will have value in mineral collectors and those who like collecting antiques Likes to collect minerals in various shapes. If there are ore cubes of interest It will have a higher price.
Historically, pyrite was mistaken for real gold due to its similar appearance, hence the nickname "fool's gold." While it may look like gold, pyrite is much less valuable and doesn't have the same properties as real gold. It is quite common and can be found in various geological settings, including sedimentary, metamorphic, and igneous rocks.
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Your old phone may be more valuable than you think.
Electrical waste - including mobile phones, TVs and computers – is thought to contain as much as seven per cent of all the world's gold. The precious metal is a component within the circuit boards of mobile phones
mobile phone battery swollen
Getting gold from mobile phone parts involves a complex and specialized process, typically carried out by professional recycling facilities. Mobile phones contain very small amounts of gold, often in the form of thin plating on connectors, pins, and components. Here's a general outline of the process:
Collection and Dismantling: Collect old or discarded mobile phones and dismantle them to separate various components. This can involve removing the casing, circuit boards, connectors, chips, and other parts.
video our old phone may be more valuable than you think.
Sorting and Preprocessing: Sort the components by material type. Separate the circuit boards, which are likely to have gold-plated pins and connectors. Remove any batteries and other hazardous materials.
Removal of Gold-Plated Components: The focus will be on the gold-plated components, such as connectors and pins. These components are carefully removed from the circuit boards. Manual or automated methods can be used for this step.
Mobile phones arent all that hard to recover gold from. Its a little bit more tedious but not hard. Let's say you got a box of phones. First thing is take a look at what you got. Are any of them newer expensive phones? Even a busted iphone is worth more in spare parts that aren't busted than its precious metal content. Keep your eyes open for memory cards also. Throw sim cards in a box you'll process them seperatly. Youll want to strip the phones down. Completely disassemble them. This is the time consuming part.
If you have old cell phones or electronic devices you want to recycle, it's best to find a reputable electronic waste recycling center that follows proper procedures for handling and recycling electronic waste. These centers have the expertise and equipment to safely recycle and recover valuable materials from electronic devices while minimizing environmental impact.
It's crucial to note that extracting gold from mobile phone parts requires expertise, safety precautions, and proper equipment due to the presence of potentially hazardous materials and chemicals. Improper handling of electronic waste can harm the environment and pose health risks. As such, it's strongly recommended to leave this process to professionals who are experienced in e-waste recycling and precious metal recovery.
Attempting to recover gold from mobile phone parts without the necessary knowledge and equipment can be dangerous and may not yield significant amounts of gold due to the minimal gold content in individual components. Responsible recycling and disposal of electronic waste are always recommended to protect the environment and human health.
Remove ell of the gold plated connectors from the boards. The spots where the memory cards and sim cards st. The little comnectors where antennas or wires connected. Put all that gold plated stuff in their own bin or box. Your biggest prize is going to be the camera sensor if the phone had one. Newer phones have two! These guys have solid gold bonding wites connecting to the ccd chip.
Cell phone cameras are pieces that contain more gold than other parts because Cell phone cameras currently have more than one camera in a Cell phone.
If you're referring to the use of gold in mobile phones, it's important to note that gold is commonly used in various electronic devices, including mobile phones, due to its excellent conductivity and resistance to corrosion. However, it's not typically used as a primary structural material in modern smartphones.
Here are a few ways in which gold is commonly used in mobile phones:
Connectors and Contacts: Gold is an excellent conductor of electricity and doesn't corrode easily, making it ideal for connectors and contacts within mobile phones. It's often used in SIM card slots, charging ports, and other components that require reliable electrical connections.
Printed Circuit Boards (PCBs): Thin layers of gold are sometimes used to coat specific areas of PCBs to enhance conductivity and ensure good connections between components.
Coatings for Aesthetics: Some high-end or luxury smartphones may have gold plating or accents for aesthetic purposes. This is more about the visual appeal and luxury aspect rather than a functional use of gold.
Internal Components: While not a primary material, gold can be found in small amounts in various electronic components within smartphones, such as chips, integrated circuits, and memory modules.
Electroplating: Gold can be used for electroplating other metals to improve their conductivity or resistance to corrosion.
It's worth mentioning that the amount of gold used in a single smartphone is relatively small, and the primary use is for its electrical properties rather than being a major structural component.
If you're interested in a specific Samsung mobile phone model that features gold accents or colors, please provide more information so I can assist you further. Keep in mind that product offerings can change over time, and my knowledge is based on information available up until September 2021.
Your biggest prize is going to be the camera sensor if the phone had one. Newer phones have two! - 4 These guys have solid gold bonding wites connecting to the ccd chip.
A Call Duck is a breed of domesticated duck that is known for its small size and distinctive quack. Call Ducks are primarily kept for ornamental purposes and as pets, rather than for meat or egg production. They are popular among duck enthusiasts and hobbyists due to their charming appearance and unique vocalizations.
Call Ducks are a specific breed of domesticated duck known for their small size, distinctive appearance, and unique vocalizations. Here's some additional information:
Call Ducks VIDEO
Call Ducks originated in the Netherlands and were originally bred for their hunting potential. Their small size made them excellent decoy ducks. Hunters would use their calls and appearance to attract wild ducks into their hunting areas. Over time, their popularity shifted from being primarily hunting decoys to becoming ornamental ducks and pets.
One of the most distinctive features of Call Ducks is their unique vocalizations. They have a high-pitched, loud quack that is often described as sounding like a "call" or a whistle. These vocalizations are different from the typical quacking of other duck breeds and are quite endearing to those who keep them.
Call Ducks are known for their friendly and sociable nature. They are often kept as pets, and their small size and gentle demeanor make them suitable for backyard settings. They can also be raised as exhibition birds, participating in poultry and waterfowl shows to showcase their various color patterns.
When keeping Call Ducks, it's important to provide them with appropriate care. This includes access to clean water for swimming and drinking, proper nutrition, protection from predators, and suitable shelter. Call Ducks can be kept in smaller enclosures due to their size, but they still need ample space to move around.
Call Ducks are social animals and thrive when kept in pairs or small groups. Providing companionship is essential for their well-being and happiness.
Overall, Call Ducks are beloved for their small size, charming appearance, and unique vocalizations. Whether you're interested in them as pets, for exhibitions, or simply as delightful additions to your outdoor space, they can bring a lot of joy to duck enthusiasts and animal lovers alike.
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