Minecraft copper ingot. Melting copper at home: step-by-step instructions, video

While playing with the Forestry mod, you probably wondered, what is a copper ingot in Minecraft? This is enough useful resource in the game and in today's article I will tell you what it is and where you can find it.

If you are an advanced Minecraft player, which means that you often communicate with the block community, then the name of the Forestry mod is not news to you. Indeed, this is a very common lane mod, because it adds many interesting goodies to the game, such as new resources, new crafting recipes.

Weapons and armor in the game can also be improved - they are modified, and also made from new resources not available in the original game. One of these resources is the copper ingot in Minecraft 0.9.5.

Copper ingot is often used in crafting items. This is one of the basic resources of the Forestry mod, like, for example, the iron ingot in the original Minecraft game. This means that it will be in great demand in any of your crafting, so you may end up with nothing if you did not manage to find a sufficient amount of this resource in time.

A copper ingot can be smelted from copper ore using a standard furnace design. The ore itself is mined from ore blocks that are generated at a random location on the map. You can find and identify them by their characteristic appearance- yellowish, orange tint. You collect this ore and refine it into copper ingots.

How to make an ingot in Minecraft?

Ingot is one of the most frequently used materials. It is used to create tools and various objects. Let's take a closer look at how to make an ingot in Minecraft.

To make a metal ingot, you need to find metal ore. It is found in greater quantities in mines. After extracting ore, place it in a furnace with coal and smelt it into an ingot. You can immediately use it for your own purposes.

There is another option for creating such ingots. Place a metal block in the center of the grid. Craft it, after which it will be disassembled into Nine Steel Ingots. From them you can do the following:

• axe,
• hoe,
• anvil,
• tension sensor,
• piston,
• funnel,
• slabs,
• container,
• rails,
• trolleys,
• bucket, etc.

To create a bronze ingot, you will need to take copper and tin ingots. You can get them in several ways. To make a tin ingot, you can place tin dust or ore along with fuel in the stove. The next option is to place a tin block in the center of the workbench and craft it. As a result, you will get Nine bars. Copper ingots are crafted using the same methods, but you must use copper dust, ore or a block.

Having collected all the necessary ingredients for crafting a bronze ingot, proceed as follows:

1. Place two copper ingots in the top row of the grid.
2. Below, place first a tin ingot, and then a copper one.
3. Leave the last row in the grid empty.

You can use finished bronze ingots to create:

• gears,
• shovels,
• pickaxes,
• wrench,
• garden shears and other tools.

• How to make iron in Minecraft
• How to craft in Minecraft

I melted copper onto the floor of the furnace, but it does not melt into any form of ingots.

There are two options on the wiki:

— for the old version of the mod you need to make a blank (mold) in the form of an ingot and pour it into the mold as usual,

- For new version Simply place the sample ingot on the table and press the drain button.

Added after 8 minutes:

Can't be. Now everything works as before for me.

Just a second. (I just want to clarify) are you by any chance trying to cast copper onto a sample ingot?

no matter how I tried it. Copper pours normally into the mold (I made a head for a pickaxe), but I just want to pour it into ingots (not blocks) - this has not worked out yet. I'll show up in an hour, adding salt to the blocks using Basin.

I tried this:

How to make an Ingot Cast (new version of Tinkers Construct)
— Place any Ingot onto a Casting Table, and then right click on the Seared Faucet above it, and if there is enough Liquid Metal in the Smeltery, an Ingot Cast will be created.

How to make an Ingot Cast (older version of Tinkers Construct)
— Make a Blank Cast with the Casting Table, (right click on the seared faucet with no objects on the casting table)
— Put the Blank Cast into a Stencil Table and keep clicking on the next and previous buttons until you have the ingot cast. Then done!

When I made the head for the pickaxe, I first made a mold out of stone and then poured lumine into it - to get a mold into which I could then pour copper.

By analogy, I have to make a mold for casting an ingot - but there is no such drawing on the Stencil table. Now I double-checked it again.

Added after 1 minute:

blocks appear in Basin - generally convenient for storage, of course, but ingots are sometimes needed

Added after 1 minute:

Added after 3 minutes:

A regular furnace makes a copper ingot from Industrial Craft2, and a Smeltery makes an ingot from Tinkers’ Construct. Externally they differ in color, but are they essentially the same thing?

Yeah, but they don't stack together.

Make an iron barrel from Extra Utilities and scoop lava into it using buckets from underground lakes. One barrel for 256 buckets, lakes can have 4 barrels.

Click to see my signature:

Give Andrey an idea, and he will immediately create a thread about it.

Cancer has brains, but brains don’t, but cancer has brains!

but I created a hand in my head

Somehow, everyone smoothly moved from discussing fapanya to discussing cakes.

I soaked the sheet on which I had to write a test.

How much HP did he have?

Things like that, yes. Now take a box of commas and place them where you need them at your post!

I can dig obsidian now with the help of a bronze pickaxe - the problem is that there is not enough lava to spend on blocks - apparently I need to make a lava generator or something like that.

Obsidan to dig - well, if there is a ready one.

The lava generator is either bees or TEs, but in any case a lot of energy is needed.

Do you at least pour it into the mold?

Molds are made from either gold or alumite

Not made of alumite, but made of aluminum brass.

Brass - 3 aluminum ingots and 1 copper ingot = 1 brass ingot.

Very often, players of Black Desert, the new Korean MMPRPG, are faced with the need to obtain a metal ingot or, more interestingly, a pure metal ingot in this game. These resources are very useful and can be useful, say, in creating weapons, horse harness, as well as carts and ships. And if, for example, the production of a copper ingot or an iron ingot in Black Desert will not cause any special problems, then bronze, steel or brass ingots are not so simple. It will be easier to understand steelmaking if you start with the simplest and most straightforward recipes.

Plain ingots

Simple ingots include materials such as ingots of iron, lead, copper, tin, zinc, silver, gold and platinum, in short, ingots of those metals that are found in nature in free form. These also include vanadium, titanium and cupronickel, which have not yet been added to the Russian version of the game and will most likely appear with the next patch.

It should be noted that only those players who have completed one of the initial tasks called “Clean water for experiments”, which can be obtained in the city of Heidel from the NPC Plabiani (Faisi), will be able to create ingots on their own. In turn, to complete it, you need a collection level no lower than “beginner - 4”.

In order to create, for example, 1 zinc ingot in Black Desert, you need to heat 10 pieces of zinc, each of which, in turn, will be obtained by heating 5 pieces of zinc ore. That is, the maximum amount of ore needed for one ingot is 50 pieces. All other simple ingots are produced in exactly the same way. As your crafting skill increases, your ability to create more pieces or ingots of metal from the same amount of ore increases.

To open the crafting menu, you must press the L button.

Combined Ingots

Brass, bronze or steel ingots are a slightly different material that are created by mixing different metals and materials. Making such ingots is not at all difficult if you know their recipes:

1. The Brass Ingot in Black Desert is created by heating 5 pieces of copper and 5 pieces of zinc.
2. You can get a bronze ingot in Black Desert by heating 5 pieces of copper and 5 pieces of tin.
3. A steel ingot in Black Desert can be produced by heating 5 pieces of iron and 5 pieces. coal

All of the above-described ingots are also available for crafting by hired workers in a special building - a smelter. However, it must be remembered that a worker can make an ingot from pieces of metal, but does not process the ore. That is, if you want to entrust this work to a mercenary, you must first smelt the ore into pieces manually, through the L menu.

Clean ingots

Along with all the ingots described above, there are pure metal ingots in the game, which can be obtained from ordinary ingots using alchemy. To do this, you will need a special valuable reagent - a metal solvent, which you can either make yourself on an alchemical machine (if you have developed “alchemy”), or buy it at an auction. In addition to the solvent, the game character will need to gain solid experience in collecting and manufacturing, as well as complete the task “Love of Minerals” in the city of Keplan. If difficulties arise, you should always remember the opportunity to turn to the Black Spirit, who will tell you the way and a plan for further actions.

It should be immediately noted that the production of pure ingots (if you do not plan to connect your gaming career with manufacturing or collection) is a very expensive business and, perhaps, it will be easier to simply buy the required materials at an auction. However, if you still have a desire to get involved in this matter, all the information can be found in this article.

BDO Metal Solvent Recipe:

• 1 x Liquid reagent
• 3 x piece of iron
• 4 x rough stone
• 2 x Barbarian Powder

To produce one pure metal ingot you will need 2 alchemical solvents and 3 regular ingots.

With the development of mastery in “manufacturing”, the crafting of such materials will become less complex and material-intensive. A craftsman who knows all the secrets of steelmaking will definitely come to wealth and fame, because such materials are very expensive at the Black Desert in-game auction.

Copper products are actively used not only in various industries, but also in everyday life. In this regard, it is quite natural that many craftsmen have a question about how to melt copper and make various products from it at home using the casting method. Knowledge of such technology, which has been known to mankind since ancient times, allows us to create various objects not only from copper, but also from its alloys -.

Characteristics of copper

Copper is one of the first metals that man learned to mine and process. Products made of copper and its alloys were used as early as the 3rd century BC, as evidenced by historical data and the results of archaeological excavations. The widespread use of copper has largely been facilitated by the fact that it can be quite easily processed by various mechanical methods. In addition, it can be easily melted.

Copper, the surface of which has a distinct yellowish-red color, due to its softness, can easily be processed by plastic deformation. When the surface of copper interacts with the surrounding air, it becomes covered with an oxide film, which gives it such a beautiful color.

The characteristics of copper, such as electrical and thermal conductivity, are also of great importance, for which it ranks second among all metals, second only to silver. Due to these properties, products made from it are actively used in the electrical industry, as well as in cases where it is necessary to ensure rapid heat removal from a heated object.

Another important parameter of copper, which directly affects the amount of energy and labor consumed in the production of products from it, is the melting point. For pure copper, the temperature at which the metal changes from solid state in liquid, is 1083°. If you mix copper with tin and get bronze, then the melting point of such an alloy will already be 930–1140°, depending on the content of the main alloying additive in it. Such as brass, which is obtained by adding zinc to the base metal, has an even lower melting point, which is in the range of 900–1050°.

If you decide to implement a technological process such as at home, it is important to know one more parameter - its boiling point. At 2560° copper begins to literally boil, which is clearly visible in the video this process. The appearance of bubbles on the surface of the liquid metal and active gas formation in it is facilitated by carbon released from copper as a result of its oxidation, which occurs during strong heating.

If you bring the ground to a boil, then the castings made from it will be of low quality; their structure and surface will be characterized by a large number of pores, which reduce not only its decorative, but also its mechanical characteristics.

Step-by-step instructions for melting copper

Copper smelting, if you prepare everything necessary to implement such technological process and approaching it correctly allows you to make copper products for both decorative and purely practical purposes even at home.

To melt copper, you will need the following tools, equipment and supplies:

• muffle furnace (preferably with adjustable heating temperature);
• a crucible in which you will melt copper (for melting copper, crucibles made of ceramics or refractory clay are used);
• tongs with which the hot crucible will be removed from the furnace;
• hook (it can be made from ordinary steel wire);
• household vacuum cleaner;
• charcoal;
• the mold into which the casting will be performed;
• gas burner and forge.

You can melt copper both in industrial and at home conditions by following the algorithm below.

Step one

The crushed copper is placed in a crucible. Keep in mind: the smaller the pieces of metal, the faster it will melt. After filling the crucible with copper, it is placed in a furnace, which, using a temperature regulator, must be heated to the required state. The doors of serial muffle furnaces must have a window through which you can observe the melting process.

Step two

After all the copper in the crucible has melted, it must be removed from the furnace using special tongs. There is always an oxide film on the surface, which must be moved to one of the walls of the crucible using a steel hook. After freeing its surface from the oxide film, the molten metal should be poured as quickly and carefully as possible into a pre-prepared mold. The details and rules for performing this procedure are well demonstrated in a video that is easy to find on the Internet.

Step three

If you do not have a muffle furnace at your disposal, you can heat the crucible with copper using a gas burner, placing it vertically under the bottom of the container. In this case, it is important to ensure that the flame of the gas burner is evenly distributed over the entire area of ​​​​the bottom of the crucible.

Step four

If at home you need to melt low-melting alloys based on copper (brass and some), then you can use a regular blowtorch as a heating device, also placing it vertically under the bottom of the crucible. When melting is performed using this and the previous methods, the surface of the molten metal will actively interact with oxygen, which will lead to intense oxidation. To reduce the intensity of oxidation, molten copper can be sprinkled with crushed charcoal.

Step five

If you have a forge in your home workshop, it can also be used to melt copper, brass or bronze. In this case, a crucible with crushed metal is placed on a layer of hot charcoal. To make the heating and melting process more intense, air can be supplied to the coal combustion zone, for which a regular vacuum cleaner that works not to draw in, but to blow out is suitable. If you use a vacuum cleaner, you need to make a metal tip with a small diameter blowing hole on its hose.

When choosing a muffle furnace for performing foundry operations with copper and its alloys, you should pay attention to temperature regime that such a device can provide. Depending on the type of metal being melted, such a furnace must provide the following heating temperatures.

In this guide we will look at ores added from several mods.

Immersive Engineering (IE)

Thermal Expansion (TE)

Tinkers' Construct (TC)

Galacticraft Core (GC)

1. Immersive Engineering (IE)

The modification adds 6 new ores. I advise you to smelt them in a fashion smelter. The IE modification works with the Ore Dictionary, which makes it possible to use ores, ingots and dust from other modifications.

• Copper ore

Smelted into copper ingots, which are used in the creation of basic copper wires, coils and other components IE architecture. It is found at an altitude of 40 to 72 blocks.

• Bauxite ore

It is melted down into aluminum ingots, which, together with steel, are used to create high-voltage wires.

It is found at an altitude of 40 to 85 blocks.

• Lead Ore

Smelted into lead ingots, which are used to create capacitors.

It is found at heights from 8 to 36 blocks.

• Silver Ore

Smelted into silver ingots, which are combined with gold to create the alloy electrum, a much more efficient conductor.

It is found at heights from 8 to 40 blocks.

• Nickel ore

Smelted into nickel ingots, ingots are combined with copper to create the alloy constantan, a heat-resistant conductor.

• Uranium ore

Smelted into uranium ingots.

It is found at heights from 8 to 24 blocks.

2. Thermal Expansion

There are 7 ores and 6 alloys in this mod.

• Copper ore

Melts into a copper ingot. Used to create devices, tools, armor and signalum (metal alloy). When grinding, you can get crushed copper and crushed gold with a 10% chance.

It is found at an altitude of 40-75 quite often.

• Tin Ore

Melts into a tin ingot. Used to create devices, tools, armor, bronze, lumium and enderium. When grinding, you can get crushed tin and crushed iron with a 10% chance.

Occurs at an altitude of 20-55 quite often, but less frequently than copper ore.

• Lead Ore

Melt into a lead ingot. Used to create devices, tools and armor. When grinding, you can get crushed lead and crushed silver with a 10% chance.

It is found relatively often at an altitude of 5-30.

• Silver Ore

Melt into a silver ingot. Used to create devices, tools, armor, electrum, signalum, lumium and enderium. When grinding, you can get crushed silver and crushed lead with a 10% chance.

It is quite rare at an altitude of 5-30.

• Nickel ore

Melt into a nickel ingot. Used to create devices, tools, armor and invar. When grinding, you can get crushed nickel and crushed platinum with a 10% chance.

• Platinum Ore

Melt into a nickel ingot. Used to create devices, tools, armor and enderium. When crushed, you can get crushed platinum.

It is found very rarely at an altitude of 5-30.

• Mithril Ore

Mithril ore is extremely rare. Not used.

Alloys is a mixture of metals. The simplest option
this is to smelt ore in the TC smelter. The same can be done in the Arc Furnace: Alliying (ID 1117:12) from the GC mod. To do this you will need Meteoric Iron Ingots. Here you will have to sweat.

SO: 144 mB of molten metal, that's 1 ingot. I will write in ingots if they are full.

• BRONZE- (see the book on the smelter)
• INVAR- 1 Nickel + 2 Iron = 3 Invar
• ELECTRUM- 1 Gold + 1 Silver = 2 Electrum
• SINAL- 1 Silver + 3 Copper + 1000 mB Destabilized Red Stone = 4 Sinal
• LAMIUM- 1 Silver + 3 Tin + 1000 mB Charged Holy Stone = 4 Lamium
• ENDERIUM- 1 Silver + 1 Tin + 1 Platinum + 1000 mB Resonating Enderium = 4 Enderium

3. Tinkers' Construct

In this mod there are 5 alloys, 3 overworld ores, 2 nether ores, 6 gravel ores that are mined with shovels and 6 ore berry bushes.

Alloys:

Bronze- a fairly cheap alloy, which is not much better than iron.
3 copper and 1 tin.

Aluminum brass- a fairly cheap alloy, which is very important for metallurgy, because foundry molds are made from it. Tools cannot be made from this alloy.
To obtain this alloy you will need: 3 aluminum and 1 copper.

Alumite- an expensive alloy that is very important. Only with the help of alumite can cobalt and ardite be mined.
To obtain this alloy you will need: 5 aluminum, 2 iron and 2 obsidian.

Manullin- the most expensive and best alloy.
To obtain this alloy you will need: 2 cobalt and 2 ardite.

Pork iron
To obtain this alloy you will need: 1 iron, 1 blood, 1 emerald.

4. Galacnicraft Core (GC)

There are 8 different ores in this mod. Some of them are in space.

• Aluminum- one of the ores of the ordinary world in the Galacticraft mod.
  Smelted into aluminum ingots, which can be used to craft an aluminum plate, compressor, aluminum wire or improved aluminum wire, as well as when creating an orbital station.

Generated at the same frequency and level as diamond ore.

• Copper ore / Lunar Copper Ore / Martian copper ore- generated on all planets in the upper part of the planetary crust.

Smelted into copper ingots, which are needed to craft a generator, compressor, copper canister and small oxygen cylinder.

• Tin Ore / Lunar Tin Ore / Martian Tin Ore- generated with approximately the same probability as gold.

It is found on all three modification planets at almost any altitude. Can be smelted into tin ingots, which are needed for crafting: Medium Oxygen Cylinder, Liquid Tin Canister, Battery, Air Duct, Oxygen Condenser.

• Silicon Ore- ore that is generated on Earth, with the same frequency and at the same level as diamond ore.

Mining produces crude silicon, which is used by the chip manufacturer to create the base semiconductor wafer, advanced semiconductor wafer or solar semiconductor wafer.

• Cheese ore- the block is generated only on the Moon under a layer of rock. It occurs in the form of veins.

Cheese ore can be smelted into a cheese block, which can be eaten or used to create a block of cheese.
Since it is the only natural food source on the moon, it is highly prized by players.

Martian iron ore / Asteroid iron ore- generated only on Mars and Asteroids. It occurs in the form of veins. Iron ore can be smelted into an iron ingot. It is analogous to ordinary iron ore.

Iron ore is generated at altitude levels 1-64 with a frequency of 20 clusters per chunk. Needed for crafting vanilla items.

• Desh ore- is generated only on Mars under a layer of rock. It occurs in the form of veins. From desh ore you can smelt a desh ingot.

Needed for crafting Tools, Weapons, Armor, Launch Controller, Terraformer, Suspended Chamber,
and various variations of tinted glass.

• Ilmenite ore- generated only on asteroids. It occurs in the form of veins.

From ilmenite ore you can smelt a titanium ingot, which is needed for crafting: Weapons, Armor, Tools and Level 3 Rocket Parts to fly to dangerous Mars and more.

• Fallen meteorite- a block that is sometimes generated on the surface of the Moon, or can fall on the Moon or Mars with a small explosion.

If the player or any mob touches this block, it will begin to take burning damage.
When destroyed, raw meteorite iron falls out.

Many owners face the problem of how to melt copper at home. Some people want to cast copper products, others have accumulated copper scrap, which takes up a lot of space, and it is a pity to throw it away. Those who believe that this is a complex process and that it will not be possible to melt copper at home can be reassured. Ancient people knew how to do this several centuries BC, without having any special devices for this.

People started smelting copper BC.

The melting point of pure copper is 1083 °C.

Among metals that are widely used in industry, this is an average value. Tin, lead, magnesium, zinc, and aluminum have a significantly lower melting point; for silver and gold it is 960 °C and 1063 °C, respectively. Iron has a melting point of 1539 °C. Therefore, copper, silver and gold can be melted in iron vessels. The addition of tin, lead and zinc can significantly reduce the melting point of copper, but this produces not pure copper, but its alloys - bronze and brass.

Before melting begins, you need to prepare:

1. steel tongs,
2. hook for collecting oxide film from the surface of the melt,
3. form for filling.

The hook can be made from steel wire. The form can be any steel container; you can prepare a depression in the ground, as our ancestors did. For artistic casting you will need a special mold.

Melting in a muffle furnace

• Household muffle furnaces can be purchased from specialized stores. Modern ovens are equipped with temperature regulators and an inspection window, and can be vertically or horizontally loaded. An average quality oven can maintain temperatures up to 2000°C, while a professional oven can maintain temperatures up to 3000°C. It can melt not only copper, but also iron. But it should be taken into account that at a temperature of 2560 °C the copper melt begins to boil. After cooling, the ingot will have a porous surface, which promotes rapid oxidation and destruction. Such an ingot has an unpresentable appearance; it lacks the characteristic copper luster.
• Regardless of the smelting method, copper scrap must be crushed. This will shorten the process time and guarantee that the melt will be homogeneous.
• Crushed copper scrap is poured into a crucible, the crucible is placed in a muffle furnace preheated above 1083 °C.
• After making sure that the copper has melted, the crucible is removed from the furnace with tongs and the oxide film that always forms on the surface of the melt is removed with a hook. After this, the melt should be immediately poured into the mold.

It is not worth purchasing an expensive muffle furnace just for one melt. Copper can be melted in other ways.

Melting using homemade devices

You can melt copper using a gas torch.

Some car enthusiasts have homemade forges in their garages that can be used to melt metals. If you couldn’t find a forge, you can make it yourself.

• Supports are installed on the ground, for example, sand-lime bricks, and a steel mesh with small cells is placed on them.
• A layer of charcoal is poured onto the mesh and set on fire. To obtain high temperature, you need to increase the air flow. The easiest way to do this is with a vacuum cleaner running « blowing”, directing a stream of air to the place where the coal is burning.
• All that remains is to place the crucible on the burning coals and wait for the copper to melt. The melt comes into contact with atmospheric oxygen, so it actively forms oxide film, which should be constantly cleaned. You can sprinkle the surface of the melt with small coals or ash from them. Slag is formed, which is then easily separated.

Copper alloys bronze and brass can be melted using an autogenous gas torch or a blowtorch with a flame twist attachment. The flame should heat the crucible evenly from below.