Tag: polymer

5 Ways to Get Polymer in Ark

5 Ways to Get Polymer in Ark

Embark on a thrilling journey into the uncharted wilderness of ARK: Survival Evolved, where the pursuit of polymer, a vital resource, awaits. This versatile material holds the key to crafting powerful weapons, advanced structures, and an array of technological wonders that will empower your survival in this unforgiving prehistoric realm. Join us as we guide you through the myriad ways to acquire polymer, unlocking the secrets to thriving in this extraordinary world.

Venture forth into the depths of ARK’s biomes, renowned for their diverse landscapes and hidden treasures. Seek out the colossal Beelzebufo, the giant prehistoric frog, whose bloated carcass conceals a bountiful supply of polymer. Alternatively, engage in thrilling combat with the formidable Kairuku, a swift marine reptile that drops this precious resource upon defeat. Furthermore, explore the enigmatic underwater caves, where glowing nodes of silica pearls await your discovery. With a trusty pickaxe, extract these pearls and refine them into polymer, a testament to your adaptability and resilience in the face of adversity.

As you delve deeper into the intricate tapestry of ARK, you will uncover additional methods to obtain polymer. Befriend the enigmatic Titanomyrma, a colossal ant that produces polymer as a byproduct of its industrious labor. Construct an Industrial Grinder, a formidable contraption that transforms organic materials, such as spoiled meat and hide, into a steady supply of this coveted resource. Embrace experimentation and ingenuity, for the secrets to acquiring polymer in ARK lie scattered across the vast expanse of this prehistoric wonderland, waiting to be unearthed by those who dare to explore and innovate.

Harvesting from Redwood Trees

Redwood trees are the most abundant source of polymer in ARK, and they can be found in abundance in the redwood forests of the northern regions of the map. To harvest polymer from a redwood tree, you will need to use a Hatchet or a Chainsaw. Hatchets are more common and easier to obtain, but they are also less efficient than chainsaws. Chainsaws are more difficult to find and require more resources to craft, but they will yield more polymer per hit.

Once you have a hatchet or chainsaw, approach a redwood tree and begin striking it. Each hit will yield a small amount of polymer, which will be added to your inventory. The amount of polymer you get per hit will depend on the type of tool you are using and the quality of the tool. Higher-quality tools will yield more polymer per hit.

Here is a table that summarizes the different ways to harvest polymer from redwood trees:

Tool Polymer Yield Efficiency
Hatchet 1-2 Low
Chainsaw 3-5 High

Using Mantis

Another method of harvesting polymer is by using a Mantis. Mantises have the ability to produce a special polymer secretion when they are tamed and equipped with a Harvesting Attachment. To get polymer from a Mantis, you will need to do the following:

  1. Tame a Mantis: Mantises can be tamed using Chitin or Raw Prime Meat. You will need to first knock out the Mantis using Tranquilizer Arrows or Darts, then feed it the taming food until it is tamed.
  2. Equip the Mantis with a Harvesting Attachment: Once the Mantis is tamed, you can equip it with a Harvesting Attachment. This attachment can be crafted at a Smithy using 100 Metal Ingots, 50 Crystal, and 20 Polymer. The Harvesting Attachment increases the Mantis’s polymer harvesting yield.
  3. Harvest Polymer from Nodes: With the Mantis equipped with a Harvesting Attachment, you can now harvest polymer from Organic Polymer Nodes. These nodes are found in the swamp biome and look like large, glowing mushrooms. To harvest the polymer, simply approach the node with the Mantis and press the “Harvest” button. The Mantis will produce polymer secretion, which you can collect by pressing the “Transfer” button.

Mantises are a great way to harvest large amounts of polymer, as they can produce a significant amount of secretion with each harvest. However, they are not as efficient as harvesters, so if you are looking to harvest a large amount of polymer quickly, it is best to use a harvester.

Cooking Polymer in Cooking Pot

To cook Polymer in Ark, you will need to use a Cooking Pot. Here are the steps on how to do it:

  1. Place the Cooking Pot on a campfire or Industrial Cooker.
  2. Add water to the Cooking Pot.
  3. Add the following ingredients to the Cooking Pot:
    • 1x Silica Pearls
    • 3x Organic Polymer
  4. Cook the ingredients over low heat until the Polymer is cooked. This will take about 10 minutes.
  5. Once the Polymer is cooked, remove it from the Cooking Pot.

You can now use the Polymer to craft various items, such as Armor, Weapons, and Structures.

Cooking Polymer in Cooking Pot: Detailed Instructions

Here are some additional tips for cooking Polymer in a Cooking Pot:

  1. You can use a higher heat setting to cook the Polymer faster, but be careful not to burn it.
  2. If you are using an Industrial Cooker, you can cook multiple batches of Polymer at the same time.
  3. Polymer can be preserved in Preserving Bins or Refrigerators to extend its shelf life.
Ingredient Quantity
Silica Pearls 1x
Organic Polymer 3x

Sacrificing Rex

To obtain Polymer in Ark, you can sacrifice a Rex, a powerful carnivore. Follow these steps:

  1. Locate a Rex: Find a Rex in the game world, usually in forests or open areas.
  2. Craft a Sacrifice Stone: Gather 500 Stone and 20 Metal Ingots to craft a Sacrifice Stone at a Smithy.
  3. Place the Rex on the Stone: Lead the Rex to the Sacrifice Stone and place it on the stone.
  4. Activate the Stone: Interact with the Sacrifice Stone to activate it.
  5. Collect Polymer: After several minutes, the Rex will be sacrificed, and you will receive 50-100 Polymer.

Tips for Sacrificing Rex:

Tip Description
Use a Tranquilizer Dart Tranquilize the Rex before leading it to the stone to prevent it from escaping or attacking you.
Choose a Large Rex Larger Rexes yield more Polymer.
Protect the Stone Ensure the Sacrifice Stone is not near any structures or resources that could be damaged by the Rex during sacrifice.

Obtaining from Supply Drops

Supply drops are a great way to get Polymer in Ark. They can be found scattered around the map, and they contain a variety of loot, including Polymer. To get Polymer from a supply drop, simply approach it and interact with it. The supply drop will open, and you will be able to loot its contents. Polymer is a relatively common item in supply drops, so you should be able to find it without too much trouble.

Types of Supply Drops

There are three types of supply drops in Ark:

  • Standard supply drops: These are the most common type of supply drop. They contain a variety of loot, including Polymer.
  • Explorer notes supply drops: These supply drops contain Explorer Notes, which can be used to learn new engrams. They also contain a small amount of loot, including Polymer.
  • Tribute supply drops: These supply drops are only available on The Island map. They contain a large amount of loot, including Polymer. To get a tribute supply drop, you must first build a Tribute Terminal and then sacrifice resources to it.

Loot Tables


The following table shows the loot tables for the different types of supply drops:

Type of Supply Drop Chance of getting Polymer
Standard supply drop 15%
Explorer notes supply drop 10%
Tribute supply drop 25%

Trading with NPC Merchants

Trading with NPC merchants is a reliable method to acquire Polymer. These merchants are located throughout the Ark, each offering a unique inventory of items in exchange for resources. To trade with an NPC merchant, approach them and select the “Trade” option. The merchant’s inventory will be displayed, and you can browse through the available items.

When trading with NPC merchants, it’s important to note the following:

  1. Merchants have limited resources: Each merchant has a finite amount of each item in their inventory. Once their supply is depleted, they will not be able to provide you with that item until their stock is replenished.
  2. Prices vary between merchants: The price of an item can vary depending on the merchant you trade with. It’s worth visiting multiple merchants to find the best deals.
  3. Reputation affects prices: Your reputation with a merchant can influence the prices you pay for items. Positive reputation can result in lower prices, while negative reputation can lead to higher prices.
  4. Merchant refresh rates: Merchants restock their inventory at regular intervals. The refresh rate can vary between merchants, so it’s worth checking in with merchants periodically to see if they have acquired Polymer.
  5. Trading with NPC merchants is a passive method: Unlike farming or killing creatures, trading with NPC merchants does not require active participation. You can simply visit merchants and check their inventories when convenient.
  6. Some merchants specialize in specific items: Certain merchants may have a higher chance of stocking Polymer. For example, the Merchant at the Boggy Swamp has a good chance of having Polymer in his inventory.
  7. Merchants can be reset: If you’re unable to find Polymer from a specific merchant, you can reset their inventory by killing them and waiting for them to respawn. However, this can negatively impact your reputation with the merchant, so use this method sparingly.
NPC Merchant Location Possible Polymer Stock
Boggy Swamp Yes
Carno Island Yes
Giga Corner Yes
Volcanic Crater Yes
South Terminal Yes

Gathering from Broken Structures

Polymer, a commonly used resource in Ark: Survival Evolved, can be obtained by breaking down various structures. These structures are found throughout the game’s maps and can be identified by their unique appearance and materials.

Types of Broken Structures

Several types of broken structures can be harvested for Polymer in Ark. Here are some common examples:

Structure Type Harvesting Method
Broken Supply Crates Use Pickaxe or Metal Tools
Wreckage from Crashed Ships Use Pickaxe or Metal Tools
Ruins of Ancient Buildings Use Pickaxe or Metal Tools
Abandoned Structures in Caves Use Pickaxe or Metal Tools

Harvesting Techniques

To effectively harvest Polymer from broken structures, follow these steps:

  1. Locate Broken Structures: Explore the game’s maps to find broken structures such as supply crates, crashed ships, or ancient ruins.
  2. Use Pickaxe or Metal Tools: Equip a Pickaxe for basic harvesting or use Metal Tools like a Metal Pickaxe or Hatchet for increased efficiency.
  3. Attack the Structure: Use your equipped tool to strike the broken structure repeatedly until it breaks down.
  4. Collect Polymer: Once the structure is destroyed, Polymer will be dropped as a lootable item.

Tips for Effective Harvesting

Here are some additional tips to optimize your Polymer harvesting:

  • Use a high-quality Pickaxe or Metal Tool with a higher damage rating for faster harvesting.
  • Harvest larger structures, such as crashed ships or ancient ruins, for a greater yield of Polymer.
  • Regularly check for broken structures throughout your explorations, as they respawn over time.
  • Consider using a Tamed Dinosaur with a high damage output, such as a Beelzebufo or Ankylosaurus, to automate the harvesting process.

Utilizing Gasbags

Gasbags are a rare and unique creature found in the swamps and bogs of Ark. They are notable for their ability to store large quantities of gas within their bodies. This gas can be extracted and used as a valuable resource, particularly for crafting polymer.

To extract gas from a gasbag, you will need to use a whip. Approach the gasbag and use the whip to lasso it. Once the gasbag is lassoed, you can press the “extract” button to begin the extraction process. The extraction process takes a few seconds, and during this time the gasbag will remain defenseless. It is important to be aware of your surroundings and protect the gasbag from predators while extracting the gas.

Once the extraction process is complete, you will receive a quantity of gas in your inventory. The amount of gas you receive will depend on the size of the gasbag and your extraction skill level. You can then use this gas to craft polymer at a fabricator.

Tips for Extracting Gas from Gasbags

Here are some tips for extracting gas from gasbags in Ark:

  1. Approach gasbags cautiously, as they are easily startled and will flee if you get too close.
  2. Use a whip to lasso the gasbag. This will keep it in place while you extract the gas.
  3. Extract the gas as quickly as possible. The longer you take, the more likely the gasbag is to escape or be attacked by predators.
  4. Be aware of your surroundings and protect the gasbag from predators while extracting the gas.
  5. The size of the gasbag will determine how much gas you receive. Larger gasbags will yield more gas.
  6. Your extraction skill level will also affect the amount of gas you receive. A higher extraction skill level will yield more gas.
  7. Gas can be used to craft polymer at a fabricator.

Gasbag Stats

The following table shows the stats for gasbags in Ark:

Stat Value
Health 100
Stamina 100
Speed 20%
Torpor 20
Weight 50
Oxygen 500
Food 2000
Water 1000

How to Get Polymer in Ark

Polymer is a valuable resource in Ark: Survival Evolved, used to craft various items, including tools, weapons, and structures. There are several ways to obtain polymer in the game, each with its own advantages and drawbacks.

One method is to harvest it from organic creatures using a sickle or hatchet. This method is relatively easy and can be done in most areas of the game. However, the yield is typically low, and it can be time-consuming to gather enough polymer for crafting.

Another method is to use a chemistry bench to combine organic polymer with flint or sparkpowder. This method requires more resources, but it can produce a large amount of polymer in a short amount of time. The downside is that chemistry benches are only available in certain areas of the game.

Finally, polymer can also be obtained by killing certain creatures, such as the Trike or the Stegosaurus. This method is more dangerous than the others, but it can be worthwhile if you are looking for a lot of polymer. Be sure to bring a strong weapon and plenty of ammunition, as these creatures can be challenging to kill.

People Also Ask About How to Get Polymer in Ark

What is the best way to get polymer in Ark?

The best way to get polymer in Ark depends on your available resources and your situation. If you are in a hurry and have access to a chemistry bench, combining organic polymer with flint or sparkpowder is the best method. If you are looking for a more hands-on approach, harvesting it from organic creatures using a sickle or hatchet is a viable option. And if you are looking for a challenge, hunting down and killing certain creatures that drop polymer can be a rewarding way to obtain this valuable resource.

Can you craft polymer in Ark?

Yes, you can craft polymer in Ark using a chemistry bench. Combine one unit of organic polymer with one unit of either flint or sparkpowder to produce one unit of polymer.

What is polymer used for in Ark?

Polymer is used to craft various items in Ark, including tools, weapons, and structures. It is a valuable resource that can help you to progress through the game.

How To Make Clay Hard

How To Make Clay Hard

Have you ever created a beautiful clay piece only to have it break or crumble when it dries? If so, you’re not alone. Clay is a delicate material that can be easily damaged if not properly cured. However, there are a few simple steps you can take to make clay hard and durable. In this article, we’ll discuss the different methods for hardening clay, as well as some tips for preventing it from breaking.

One of the most common methods for hardening clay is to fire it in a kiln. Kilns are ovens that heat clay to high temperatures, causing the clay to vitrify, or turn into a glass-like substance. Vitrified clay is very hard and durable, and it can be used for a wide variety of applications, such as pottery, tiles, and sculptures. However, firing clay in a kiln requires specialized equipment and knowledge, so it’s not always a practical option for everyone.

If you don’t have access to a kiln, there are a few other methods you can use to harden clay. One option is to air-dry it. Air-drying is a slow process, but it’s a good option for small, thin pieces of clay. To air-dry clay, simply place it in a warm, dry place and let it dry slowly. The drying time will vary depending on the size and thickness of the piece, but it can take several days or even weeks. Another option for hardening clay is to bake it in a regular oven. Baking clay is a faster process than air-drying, but it’s important to note that baking clay can cause the clay to become brittle. To bake clay, preheat your oven to the lowest temperature setting and place the clay piece on a baking sheet. Bake the clay for 30 minutes, then turn off the oven and let the clay cool inside the oven.

Sun-Baking the Clay

Sun-baking is the most passive and straightforward method of hardening clay. It can be done by simply placing the clay object in a sunny spot and allowing it to dry naturally. However, there are a few things to keep in mind when sun-baking clay:

Choosing the Right Clay

Not all types of clay are suitable for sun-baking. Air-dry clay, also known as self-hardening clay, is specifically designed to harden when exposed to air. Polymer clay, on the other hand, requires baking in an oven to harden. Ensure you are using the correct type of clay for sun-baking.

Preparing the Clay

Before sun-baking, it is essential to prepare the clay properly. This involves removing any air bubbles from the clay and ensuring it is evenly moist. Air bubbles can cause the clay to crack or explode during baking. To remove air bubbles, gently tap or roll the clay with a rolling pin before placing it in the sun.

Sun-Baking Time

The time it takes for clay to harden in the sun varies depending on several factors, such as the thickness of the clay object, the temperature, and the humidity. As a general rule, it can take anywhere from a few hours to several days for the clay to completely harden. Avoid moving or handling the clay too much during this time.

Protecting the Clay

While sun-baking, it is vital to protect the clay from rain and moisture. If the clay gets wet, it can become soft and lose its shape. Place the clay in a sheltered area or cover it with a plastic sheet if there is any chance of rain.

Clay Thickness Drying Time
1/4 inch 4-8 hours
1/2 inch 1-2 days
1 inch 3-5 days
2 inches 1-2 weeks

Kiln-Firing the Clay

Kiln-firing is considered the preferred technique for achieving maximum hardness for clay. Here’s a detailed step-by-step guide on how to kiln-fire clay:

Preheating the Kiln

First, preheat the kiln to 200-250°F (95-120°C). This gradual warming helps prevent cracking or shattering due to thermal shock. Allow the kiln to reach the desired temperature slowly over several hours.

Bisque Firing

Once the kiln is preheated, place the clay piece inside and fire it to 1000-1200°F (540-650°C). This process, known as bisque firing, removes the moisture from the clay and makes it more porous.

Cooling and Glazing

After the bisque firing, allow the clay to cool completely in the kiln. Then, apply a glaze to the clay surface. Glaze acts as a protective and decorative layer. Dip, pour, or spray the glaze evenly over the clay.

Glaze Firing

Once glazed, place the clay piece back in the kiln and fire it to a higher temperature of 2000-2400°F (1090-1320°C). This process melts the glaze, forming a smooth, glossy finish. The exact temperature and firing time depend on the type of glaze used.

Cooling and Final Product

After the glaze firing, let the clay cool slowly in the kiln over several hours. Once cool, your clay piece will be fully hardened and ready for use.

Chemical Hardening Agents

Chemical hardening agents are substances that can be added to clay to make it harder and more durable. They work by chemically bonding to the clay particles, creating a stronger structure. There are a variety of different chemical hardening agents available, each with its own unique properties.

Some of the most common chemical hardening agents include:

Hardening Agent How it Works
Borax Produces a hard and brittle finish, but will not withstand high temperatures.
Alum Creates a surface that is hard and acid-resistant, but may cause shrinkage.
Sodium silicate Produces a hard and water-resistant finish, but can make the clay difficult to work with.

When choosing a chemical hardening agent, it is important to consider the desired properties of the finished product. Some factors to consider include hardness, durability, water resistance, and acid resistance. It is also important to follow the manufacturer’s instructions for use, as some hardening agents can be dangerous if not used properly.

Air-Drying the Clay

Air-drying is a straightforward method for hardening clay without the need for a kiln. Here’s a detailed guide on how to air-dry clay:

1. Prepare the Clay

Ensure the clay is thoroughly kneaded to remove any air bubbles. Wet the clay slightly if it’s too dry or add cornstarch if it’s too wet.

2. Shape the Clay

Mold the clay into your desired shape using your hands, sculpting tools, or molds. Trim any excess clay and smooth the edges.

3. Dry Gradually

Place the clay in a warm, dry, and well-ventilated area. Cover the clay with a damp cloth or plastic to prevent it from drying out too quickly.

4. Monitor the Progress

Check the clay regularly for cracks or warping. Adjust the humidity or ventilation as needed. It may take several days to a few weeks for the clay to dry completely.

5. Finishing Touches

Once the clay is hard and dry, you can add finishing touches such as sanding, painting, or glazing. Note that air-dried clay is porous and may absorb moisture, so consider sealing it with a clear acrylic spray or varnish.

| Technique | Pros | Cons |
|—|—|—|
| Kiln Firing | Permanent hardness, stronger | Requires special equipment and expertise |
| Air-Drying | Easy, no special equipment | Can crack or warp if not dried properly |
| Chemical Drying | Quick, preserves flexibility | Can discolor or weaken clay |

Polymerization of Clay Compounds

Polymerization is a chemical process that involves the formation of long chains of molecules called polymers. In the case of clay compounds, polymerization occurs when the clay particles are heated and react with each other to form new compounds.

Mechanisms of Polymerization

There are two main mechanisms of polymerization in clay compounds:

  1. Condensation Polymerization: In this process, water molecules are eliminated as the clay particles react to form new bonds.
  2. Addition Polymerization: This occurs when the clay particles react with each other without the elimination of any molecules.

Factors Influencing Polymerization

Several factors influence the polymerization process in clay compounds, including:

  • Temperature: Higher temperatures generally increase the rate of polymerization.
  • Pressure: Higher pressures can also accelerate polymerization.
  • Clay Composition: The type and composition of the clay minerals involved affect the rate and extent of polymerization.
  • Additives: Certain additives, such as fluxing agents, can influence the polymerization process.

Applications of Polymerized Clay Compounds

Polymerized clay compounds have various applications, including:

  • Ceramics and pottery: Polymerization enhances the strength and durability of ceramic materials.
  • Construction materials: Polymerized clay compounds are used in bricks, tiles, and other building materials.
  • Geotechnical engineering: Polymerized clay compounds are used to stabilize soils and improve their bearing capacity.

Crystallization of Clay Minerals

Clay minerals are crystalline materials, meaning their atoms are arranged in a regular, repeating pattern. This crystalline structure gives clay minerals many of their unique properties, such as their ability to absorb water and swell, and their plasticity when wet.

The crystallization of clay minerals occurs when clay particles are deposited in a body of water. As the water evaporates, the clay particles come into contact with each other and begin to form bonds. These bonds are formed between the positively charged ions on the surface of the clay particles and the negatively charged ions in the water.

Factors Affecting Crystallization

The rate and degree of crystallization of clay minerals are influenced by several factors, including:

  • Temperature
  • Pressure
  • pH
  • Ionic strength
  • Presence of organic matter
  • Time
  • Type of clay mineral

In general, higher temperatures and pressures promote crystallization, while lower temperatures and pressures inhibit it. Higher pH values also promote crystallization, while lower pH values inhibit it. The presence of organic matter can also inhibit crystallization, as it can interfere with the bonding between clay particles.

Types of Crystallization

There are two main types of crystallization that can occur in clay minerals:

  • Epitaxial crystallization occurs when new clay particles are deposited on the surface of existing clay particles. This type of crystallization results in the formation of well-ordered, crystalline structures.
  • Non-epitaxial crystallization occurs when new clay particles are deposited in random orientations. This type of crystallization results in the formation of less ordered, crystalline structures.

The type of crystallization that occurs in a particular clay mineral is influenced by the factors listed above.

Microwave-Hardening of Clay

Microwaving is a popular method for hardening clay quickly and easily. However, this method can result in inconsistencies in the hardening process and may lead to cracking or warping of the clay.
To microwave-harden clay, follow these steps:

Materials:

– Microwave-safe oven
– Clay that is free of metal or glaze
– Water

Instructions:

1. Wet the clay with a small amount of water.
2. Form the clay into the desired shape.
3. Place the clay object in the microwave on a microwave-safe plate.
4. Heat the clay on high for 2-3 minutes per 1/4 inch of thickness.
5. Allow the clay to cool gradually inside the microwave with the door slightly open.
6. Remove the clay from the microwave and allow it to cool completely.
7. Repeat steps 4-6 until the clay is completely hard.
8. Microwave-Hardening Times and Temperatures for Different Types of Clay:

| Clay Type | Microwave Setting | Time per 1/4 Inch of Thickness |
|—|—|—|
| Polymer Clay | High | 2-3 minutes |
| Air-Dry Clay | Medium | 1-2 minutes |
| Sculpting Clay | Low | 30 seconds – 1 minute |

Compaction and Consolidation of Clay

Compaction is the process of reducing the porosity of a soil by applying pressure. Consolidation is the process of reducing the volume of a soil under a sustained load. Both compaction and consolidation can make clay harder.

Compaction is a temporary process. If the pressure is removed, the soil will expand to its original volume. Consolidation is a permanent process. Once the soil has been consolidated, it will not expand to its original volume even if the load is removed.

The rate of compaction and consolidation depends on a number of factors, including the type of clay, the amount of water in the clay, and the amount of pressure applied.

Factors Affecting Compaction and Consolidation

Factor Effect on Compaction and Consolidation
Type of clay Clays with a high plasticity index are more difficult to compact and consolidate than clays with a low plasticity index.
Water content Clays with a high water content are more difficult to compact and consolidate than clays with a low water content.
Pressure The higher the pressure applied, the greater the compaction and consolidation.

Compaction and consolidation are important processes in the construction industry. They are used to improve the strength and stability of clay soils.

How To Make Clay Hard

Clay is a versatile material that can be used to create a variety of objects, from pottery to sculpture. However, clay is also a fragile material, and it can be easily broken if it is not properly hardened.

There are several different ways to make clay hard. One of the most common methods is to fire the clay in a kiln. This process heats the clay to a high temperature, which causes the clay particles to fuse together and form a hard, durable material.

Another way to make clay hard is to air dry it. This process involves leaving the clay exposed to the air until it dries completely. Air drying is a slower process than firing, but it can be used to create objects that are not as durable as those that have been fired.

There are also a number of chemical treatments that can be used to make clay hard. These treatments involve applying a chemical solution to the clay, which causes the clay particles to react and form a hard material.

People Also Ask

How long does it take clay to harden?

The time it takes for clay to harden depends on the method used to harden it. Firing clay in a kiln can take several hours, while air drying can take several days or even weeks.

Can I make clay hard without firing it?

Yes, there are a number of ways to make clay hard without firing it. Air drying is one option, but there are also a number of chemical treatments that can be used.

What is the best way to make clay hard?

The best way to make clay hard depends on the desired result. Firing clay in a kiln is the most durable method, but it can also be the most expensive. Air drying is a less durable method, but it is also less expensive and easier to do at home.