Ever wondered if that robust, outdoor pressure-treated wood could safely transition into your cozy indoor spaces? Let’s explore this intriguing possibility together!
We all understand that pressure-treated wood, a mainstay of outdoor construction, is increasingly being utilized indoors.
Therefore, many of my colleagues in the woodworking community are curious about whether pressure-treated wood is suitable for indoor use.
In 2009, I conducted research with the assistance of pressure-treated wood manufacturers and experts in the San Francisco area.
Drawing on their knowledge and expertise, I compiled a wealth of valuable information regarding the indoor applications of pressure-treated wood, which I have now been applying for over a decade.
So, let’s discuss, can you use pressure-treated wood indoors?
Yes, you can use pressure-treated wood indoors, primarily for structural or framing purposes. However, due to the chemicals in the wood it is imperative to take safety precautions, avoid frequent human contact or application with food, and consider alternative materials for aesthetic or environmental concerns.
If you have come to know the facts regarding the use of pressure-treated wood in indoor environments, then you have come to the right place.
I’ll explore the answer to this question with pressure-treated wood in this article.
Additionally, safety precautions, identifying treated wood and when to avoid using it indoors are integral parts of this discussion.
Moreover, this article will help you learn how to effectively maintain pressure-treated wood for lasting results.
Whether you’re starting a home renovation project or just curious about the possibilities of this wood, this article provides a comprehensive guide to help you make informed decisions about using pressure-treated wood in home settings.
Let the journey begin!
Can You Use Pressure Treated Wood Indoors?
Yes, you can use pressure-treated wood indoors, but there are some important points and best practices to keep in mind when doing so.
Pressure-treated wood is primarily designed for outdoor applications exposed to moisture, insects, and other environmental elements.
However, there are times when it may make sense to use it indoors for structural or framing purposes.
Things You Need To Consider When Using Pressure-Treated Wood Indoors
I’ll now bring you some more detailed facts about this.
Safety Concerns
Typically, pressure-treated wood is treated with preservatives that can be toxic to humans and animals.
These chemicals are intended to protect wood from decay and insects, but they can pose health risks when exposed to them.
Therefore, if you plan to use pressure-treated wood indoors, especially in areas where people will come into close contact with it, remember to take safety precautions.
I also advise you to wear appropriate personal protective equipment such as gloves and eye protection when cutting and handling.
You can avoid ingesting chemicals by avoiding using pressure-treated wood in areas that may come into contact with food.
Suitable Applications
Pressure-treated wood can be used indoors for structural and framing purposes, and its improved resistance to decay and insects can be beneficial.
This includes using it for wall framing, floor screed, and similar applications.
Its appearance may not be as visible as other types of wood, so I generally do not recommend it for interior finishes.
Proper ventilation
When using pressure-treated wood indoors, it is essential to ensure proper ventilation in the area where the wood is installed.
This will greatly assist you in dispersing any fumes or odors that may be emitted from the treated wood.
Always keep in mind that adequate ventilation is critical to maintaining indoor air quality and reducing health risks associated with wood chemicals.
Alternatives
In many domestic applications, it may be preferable to use other types of wood that are not subjected to pressure, such as kiln-dried or seasoned wood.
These woods are designed for indoor use and do not contain the preservatives found in pressure-treated lumber, making them safer and more aesthetically pleasing choices for indoor projects.
While pressure-treated wood can be used indoors for specific applications, it is important to be aware of the potential health risks associated with the chemicals in the wood and take appropriate safety precautions.
In addition, it is essential to consider the suitability of pressure-treated timber for intended domestic use and to explore alternative timber types where aesthetics and human relations are concerned.
Advantages of Using Pressure Treated Wood Indoors
Pressure-treated wood is usually associated with outdoor applications, but there are several advantages to using it indoors under certain conditions.
I will now talk about those advantages.
Enhanced Durability
Pressure-treated wood is treated with preservatives that make it highly resistant to decay, fungus, and insect damage.
But, keep in mind that when used indoors, it can provide a longer-lasting and more durable structural foundation, such as wall framing or floor joists, when compared to untreated wood.
Moisture Resistance
In areas of a building that are likely to be exposed to moisture, such as basements or bathrooms, pressure-treated wood can be an effective choice.
You should be aware that its resistance to moisture-related problems such as rot and mildew helps maintain the structural integrity of the indoor space.
Lower Maintenance
Did you know that pressure treated wood requires less maintenance compared to untreated wood?
It doesn’t require regular sealing or painting indoors so it’s an easy option for less visible and hard-to-access structural elements.
Cost Savings
Using pressure-treated lumber indoors for structural purposes can lead to long-term cost savings.
While the initial cost of pressure-treated wood may be slightly higher, the reduced need for maintenance and replacement can lead to lower overall costs over time.
Peace of Mind
Pressure-treated wood offers added peace of mind, especially in areas of the home where structural integrity is essential.
It helps prevent problems related to warping, decay, termites and other pests that can compromise the safety and durability of the indoor space.
While pressure-treated wood can offer these advantages when used indoors, you should keep in mind that it is not the best choice for all indoor applications.
When aesthetics, human contact, or food preparation are involved, other types of wood or untreated materials may be more appropriate.
I advise you to always keep in mind that careful consideration of specific home project needs is critical in deciding whether pressure-treated wood is the right choice.
Disadvantages of Using Pressure-Treated Wood Indoors
While there are some advantages to using pressure-treated wood indoors, there are also significant disadvantages to consider.
I’ll talk with you today about the disadvantages of using this pressure-treated wood indoors.
Chemical Preservatives
Pressure-treated wood is infused with chemicals such as copper-based compounds intended to prevent decay and pests. Therefore, these chemicals can be toxic to humans and animals.
Keep in mind that there is a health risk when using indoors, especially in areas where people come into contact with wood.
Therefore, I advise you to use proper safety measures including wearing gloves and eye protection.
Aesthetic Concerns
Pressure-treated wood is not usually chosen for its appearance. It often has a green tint or dark brown color, and may not be aesthetically pleasing for indoor applications.
Keep in mind that other types of wood are preferred in areas where visual appeal is important, such as interior finishes or furniture.
Read to know, How To Get Green Off Pressure Treated Wood!
Limited Versatility
Pressure-treated wood is primarily designed for outdoor use. So when used indoors, its versatility is limited.
It is ideal for structural applications such as framing or joists, but I would not recommend this for indoor finishing, trim or decorative elements.
Odor and Fumes
Pressure-treated wood can emit odors and fumes especially when freshly cut or installed.
Always remember that proper ventilation is necessary to disperse these odors, which can be unpleasant and affect indoor air quality.
Environmental Concerns
Chemicals used in pressure treatment can cause environmental impacts in some cases.
Disposing of pressure-treated wood waste and waste must be done in accordance with local regulations, and I do not recommend you burn pressure-treated wood as it can release fumes that are harmful to the environment.
Safety Precautions
When working with pressure-treated wood indoors, additional safety precautions are essential.
This includes avoiding any contact with surrounding food as ingesting chemicals can be harmful.
Always remember that careful handling, use of appropriate safety gear and adherence to safety guidelines are critical.
Finally, using pressure-treated wood indoors comes with inherent disadvantages.
It is important that you keep in mind that there are potential health risks associated with the chemicals used primarily in the treatment process, as well as limited aesthetic and environmental considerations.
It is essential to carefully weigh these disadvantages against the needs of the particular home project and consider alternative materials when necessary.
Pressure-Treated Wood Indoor Applications
Pressure-treated wood, designed primarily for outdoor use, can serve several useful purposes when used indoors.
Here are some detailed descriptions of pressure-treated wood home applications.
Structural Framing
In indoor spaces where moisture exposure is likely, pressure-treated lumber is best used, especially for structural framing. It is widely used for wall framing, floor joists and ceiling beams.
Its resistance to decay and moisture-related problems makes it a reliable option in places like basements and bathrooms where humidity levels can be relatively high.
Remember that using pressure-treated wood for structural framing ensures durability and longevity of the indoor space while also preventing you from problems like mold and mildew.
Basement Framing
You already know that basements are prone to moisture problems. Therefore, it can cause mold, mildew and wood rot.
Pressure-treated wood is an ideal material for framing basement walls and support structures.
Its ability to resist moisture-related problems helps maintain the structural integrity of the basement while reducing the risk of long-term damage.
Using pressure-treated wood in the basement can be a practical choice for homeowners looking to strengthen these areas against humidity. I also recommend that you use pressure-treated wood on humid floors.
Utility and Laundry Rooms
You should be aware that utility and laundry rooms often have plumbing fixtures and appliances that can cause water exposure and moisture problems.
Pressure-treated wood can be used for framing and sub-flooring in these areas to protect against water damage.
It provides you with a solid and moisture-resistant base for flooring materials, ensuring the long-term stability of the indoor space.
Garage Interiors
Garages can typically be humid environments, and using pressure-treated lumber for framing and structural components can help prevent moisture-related problems.
It is commonly used for wall framing, ceiling fixtures and other structural elements in garages.
You should always keep in mind that this application ensures the stability and durability of the garage interior even in fluctuating humidity conditions.
Indoor Planters and Garden Boxes
You already know that pressure-treated wood can be used to build indoor planters and garden boxes, especially in homes where gardening is a hobby.
Wood’s resistance to decay makes it an ideal choice for keeping soil and plants indoors.
However, it is essential to ensure that the particular pressure-treated wood used is safe for growing edible plants.
Always remember that you have to take adequate precautions to prevent chemical spills.
Crawlspace Encapsulation
Crawlspace encapsulation involves sealing the area under a home to prevent moisture from entering.
Pressure-treated wood can be used for framing and support structures in this application.
Provides resistance to moisture and corrosion and increases the longevity of the enclosure system.
You should be aware that maintaining a moisture barrier helps to protect the interior of the home.
Saunas and Hot Tubs
Sauna and hot tub enclosures often experience high humidity levels. The use of pressure treated timber for framing and support structures helps against the effects of moisture.
Do not forget that the enclosure ensures longevity in such a humid environment. It helps maintain the structural integrity of these spaces, which are particularly sensitive to moisture.
Pressure-treated wood offers benefits in these indoor applications.
It is very important to be aware of the potential health risks associated with the chemicals used in the treatment process. Proper safety precautions and ventilation are essential when working with pressure-treated wood indoors.
Additionally, keep in mind that the selection of pressure-treated wood must be consistent with the specific needs of the project and its environmental and aesthetic needs.
How to Identify Pressure-Treated Wood ?
Identifying pressure-treated wood is important when it comes to distinguishing it from untreated wood for various applications.
Pressure-treated wood usually has a different appearance due to the treatment process it undergoes.
I have listed a few steps that will help you identify stressed wood in detail.
- Observe the Color
- Check for Surface Splits
- Look for an End Tag
- Find the Stamp
- Do the Smell Test
- Lumber Dimension
- Use a Swipe Test Kit or Wood Testing Kit
- Find the Retention Level
Now let’s talk in detail about how to perform each of these steps.
1. Observe the Color
One of the primary characteristics of pressure-treated wood is its color, so one of the first things you should do is observe the color.
You will often see a green tint or a dark brown color in pressure-treated wood. This coloring is a result of the chemicals used in the treatment process, which gives the wood its distinct color.
However, keep in mind that the color may fade over time due to weather and exposure to the elements.
2. Check for Surface Splits
Second, you should check the surface of the wood for small, half-inch-long splits or cracks.
These splits appear on all sides of the wood and indicate where pressurized chemicals were injected during the treatment process.
Remember that these splits are unique to pressed wood and are a clear sign of its treatment.
3. Look for an End Tag
Pressure-treated wood often comes with a final tag that contains important information.
Using this tag you can identify the preservative, wood classification, and preservative company.
Therefore, at this step, you can identify the tag and confirm whether it is pressure-treated wood.
I advise you to avoid using wood treated with Chromated Copper Arsenate (CCA).
That’s because it contains a form of arsenic and has been banned since 2003 for outdoor-residential settings due to safety concerns.
4. Find the Stamp
In this step, you can check the wood for a stamp that provides information about the type of wood and its intended use.
For example, a stamp that reads ‘FDN’ stands for foundation and is considered safe for use on structural elements beneath the home’s floors, such as basements.
Wood treated with borate is also safe for indoor use and is usually stamped “Bor,” “Hi Bor,” or “Tim Bor.” These stamps indicate safety for internal applications.
5. Do the Smell Test
If you cannot visually determine the wood treatment, take a piece of wood and take a deep breath.
Note that treated wood typically has an odor similar to oil or highly toxic chemical compounds, except for CCA-treated wood, which has no distinct odor.
6. Lumber Dimension
Pressure-treated lumber is often slightly wider and thicker than regular lumber due to the leaching of chemicals during the treatment process.
Check the dimensions of the wood. If it is significantly wider and thicker than normal wood, you should be aware that it can be treated.
7. Use a Swipe Test Kit or Wood Testing Kit
Many commercial laboratories offer swab test kits that help identify treated wood.
These kits include wiping the wood surface and can confirm if the wood has undergone a pressure treatment.
8. Find the Retention Level
The retention level of pressure-treated wood indicates how much preservative remains in the wood after treatment.
A higher retention level generally suggests more durable and well-preserved wood.
Remember that this information can be obtained from the wood’s specifications, fact sheets, or from the manufacturer.
Incorporating these steps into identifying pressure-treated lumber will help you make informed decisions about its use, ensure safety, and select the right lumber for your specific project needs.
I advise you to always follow safety guidelines and regulations when working with treated wood, especially if its use involves potential human contact or specific environmental considerations.
Is Pressure Treated Wood Safe?
Yes, pressure-treated wood is safe. Pressure-treated wood is safe for its intended outdoor applications when used correctly and with proper precautions.
Pressure-treated lumber is generally safe for its intended outdoor applications, such as decks, fences and other structures exposed to the elements.
It is treated with preservatives that provide protection against decay, insect infestation and fungal growth.
This treatment makes pressure-treated wood a durable and long-lasting choice for outdoor construction.
As you already know, the chemicals used are safe for humans and animals.
Moreover, keep in mind that the pressure treatment process does not leach chemicals and does not come to the surface.
It is important to follow safety guidelines, avoid using it for indoor applications involving frequent human contact or food, and consider alternative treated wood if health and environmental concerns are a priority.
When You Should Avoid Using Pressure-Treated Wood Inside
While pressure-treated wood is a valuable material for outdoor applications, there are certain situations and applications where it should be avoided due to safety and environmental concerns.
Here are situations where you should avoid using pressure-treated wood, with explanations for each.
Indoor Applications
Pressure-treated wood should not be used indoors for projects with frequent human contact or its potential for chemical preservation.
This includes items such as household furniture, cutting boards, counters, and any surface that comes into contact with food.
Chemicals used in pressure therapy can be harmful if ingested, inhaled, or absorbed through the skin. Always remember to consider security options for these apps.
Children’s Play Structures
Pressure-treated wood is not suitable for children’s play structures, including swing sets, jungle gyms and sandboxes.
That’s because the chemicals in this wood can leach into the soil over time, posing a risk to children who might come in contact with it.
I recommend you use untreated or alternative treated wood for these projects to ensure child safety.
Indoor Wood-Burning Stoves or Fireplaces
Avoid using pressure-treated wood as fuel in indoor wood stoves or fireplaces.
When burned, pressure-treated wood emits toxic fumes, including chemicals such as arsenic and chromium, which can be harmful if inhaled.
Instead, I advise you to use seasoned, untreated firewood specifically intended for indoor heating.
Direct Water Contact with Drinking Water Systems
Pressure treated wood should not be used for structures that come into direct contact with potable water systems such as wells or water storage tanks.
Chemicals in wood can leach into water and pose a threat to human health.
In these cases, remember to use alternative materials approved for potable water systems.
Indoor Gardening Containers for Edible Plants
Pressure-treated wood should be avoided for indoor gardening containers used for growing edible plants. Chemicals in the wood can leach into the soil and then into the plants.
If you plan to grow edible plants indoors, choose untreated wood or other safe materials for your gardening containers to ensure the safety of the produce.
Aquatic Environments
Pressure-treated lumber is not suitable for structures located directly in aquatic environments, such as docks, piers or bridges over bodies of water.
Chemicals can leach into water and harm aquatic life and ecosystems.
For such applications, I advise you to use alternative materials that are designed for use in aquatic environments and are less harmful to the environment.
Burning or Incineration
Pressure-treated wood should never be burned or incinerated. When burned, it emits toxic fumes that can be harmful to human health and the environment.
It should be disposed of in accordance with local regulations and recycling or disposal facilities.
In all these cases, the primary concern is the potential health risks associated with the chemicals used in the pressure-treatment process.
Don’t forget that safe precautions and alternative materials must be chosen to ensure protection of human health and the environment.
How to Maintain Pressure-Treated Wood
Maintenance of pressure-treated wood is very important to ensure the durability of pressure-treated wood and preserve its appearance.
I’ve listed some tips below to help you maintain pressure-treated wood effectively.
1. Regular Cleaning
Periodically clean your pressed wood surfaces to remove dirt, debris and mildew.
Use a mild detergent, a soft brush and water to clean the wooden surface. Rinse thoroughly and allow to dry completely.
2. Sealing and Staining
This helps protect the wood from moisture and UV damage.
Make sure the wood is clean and dry before applying sealant or stain.
3. Inspect for Damage
Inspect your pressure-treated lumber regularly for signs of damage, such as cracks, splits, or loose fasteners.
Fix any problems immediately to prevent further damage.
4. Reapply Sealant or Stain
Over time, the sealant or stain on pressure-treated wood can wear away.
Therefore, reapply the product as needed to maintain its protective properties. Don’t forget to follow the manufacturer’s recommendations for reapplication intervals.
5. Keep It High
Ensure that your pressure-treated wood structures, such as decks or fences, are raised slightly off the ground.
Keep in mind that this will prevent moisture from getting trapped underneath, which can lead to rot and decay.
6. Prune Plants and Vegetation
Trim back plants and vegetation around your stressed wood to allow for better air circulation. This prevents the growth of mold and fungus.
7. Use Protective Pads
Place protective pads or mats under outdoor furniture and potted plants on your pressure-treated wood surfaces.
Remember that this prevents scratches, stains and moisture damage.
8. Avoid Harsh Chemicals
Avoid using harsh chemicals or abrasive cleaners on pressure-treated wood, as they can damage the surface and remove protective coatings.
9. Safety Fasteners
Periodically check and tighten screws, nails, or bolts in your pressure-treated wood structures. Loose fasteners can weaken the structure and lead to safety hazards.
10. Proper Drainage
Ensure water drains from your pressurized wood structure. Proper drainage prevents water from accumulating, which can lead to decay and spoilage.
11. Regular Inspections
Inspect your pressure-treated lumber regularly, paying attention to areas most susceptible to damage, such as where two pieces of wood meet or where it meets the ground.
Fix any problems you find immediately.
12. Protection from UV Exposure
If your pressure-treated wood will be exposed to direct sunlight, consider using a UV-protective coating or stain. This helps prevent fading and damage from UV rays.
By following these maintenance tips, you can extend the life of your pressure-treated wood and keep it looking great for years to come.
Regular care and attention will help you enjoy the benefits of this durable and resilient material in your outdoor projects.
What is Pressure Treated Wood?
Pressure-treated wood is wood that has been specially treated to improve its resistance against the adverse effects of decay and insects.
Do you know that untreated wood can deteriorate quickly?
This preservation process involves subjecting the wood to a cycle of depressurization and pressurization in a chamber filled with liquid preservative chemicals.
As a result, pressure-treated lumber is a popular choice for both professionals and customers in a wide range of applications, from general construction projects to the construction of durable decks, fences, and retaining walls.
Do you know how to identify pressure-treated wood?
You can check the surface for small, half-inch-long splits. Be aware that these splits are evidence of where pressure chemicals were injected into the wood during treatment.
In addition, pressure-treated wood will usually show you a distinct green or dark brown color that is easily distinguishable from untreated wood.
Did you know that the chemicals used in the pressure treatment process are primarily fungicides and insecticides?
Over time, manufacturers have created safer alternatives to the harsh chemicals used in the past.
Keep in mind that these chemicals are non-toxic to animals and humans while effectively deterring insects and fungi, ensuring the durability of the wood.
Pressure-treated wood is an ideal choice for outdoor construction projects given its exceptional resistance to environmental elements and soil contact.
You should be aware that it is available in different grades and types, each tailored to specific applications, depending on the level of protection required.
However, caution is important when working with pressure-treated wood, as the chemicals involved can be harmful if ingested or inhaled.
Therefore, safety measures such as wearing gloves and eye protection are advisable when handling this wood.
Also, I do not recommend using it in applications where it may come into direct contact with food or frequent human contact.
Remember that routine maintenance and sealing can help extend the life of pressure-treated wood products.
Types of Pressure-Treated Wood
Pressure-treated wood comes in many varieties and you can find them in the market.
Each is designed for specific purposes based on the level of protection required and intended use.
These types are classified according to their chemical composition and they offer different benefits and characteristics.
I have listed the types of pressure-treated wood below for your convenience and awareness.
- Above Ground
- Ground Contact
- Borate-Treated
- Marine Grade
- Fire-Retardant Treated (FRT) Wood
- MicroPro Sienna
Let us now look at each of these types of wood in detail.
Above Ground
Above-ground pressure-treated wood is specially formulated for use in applications where this pressure-treated lumber does not come into direct contact with the ground or water.
Keep in mind that it provides protection from decay and insects, but is not suitable for ground-level projects.
Typically, this wood is used for above-ground decks, outdoor furniture, fences, and other outdoor structures.
Ground Contact
Ground contact pressure-treated wood is treated with stronger preservatives, making it suitable for applications where it comes into contact with ground or fresh water.
Remember that this wood will help you ensure longevity in challenging environments as it offers improved resistance to decay and insects.
In general, I would recommend that this wood is best for posts, retaining walls, and any outdoor structure that comes in contact with the soil, such as pergolas and garden beds.
Borate-Treated
Borate-treated pressure-treated wood is impregnated with borate-based preservatives that are highly effective against fungi and termites, but less so against other insects.
It is less toxic to humans and animals, making it a safer option for some applications.
Generally, this wood is suitable for indoor projects such as framing and sills where protection from termites and fungi is essential.
Marine Grade
Marine-grade pressure-treated lumber is designed for extreme exposure to moisture, including salt water.
It provides the highest level of protection against corrosion and marine borers, making it a preferred choice for onshore or offshore applications.
You can use this wood to create piers, docks, seawalls, and any structure close to the saltwater environment.
Fire-Retardant Treated (FRT) Wood
FRT pressure-treated wood is specially treated to resist combustion and fire spread.
It is designed to meet specific fire protection requirements and building codes.
I would recommend you use it in construction projects where fire resistance is critical, such as commercial buildings, public structures, and some residential applications.
MicroPro Sienna
MicroPro Sienna is a pressure-treated wood treated with micronized copper preservatives, giving it a warm, reddish-brown color.
It is an eco-friendly option and provides protection from decay and insects while providing an attractive appearance.
Remember that you can use this wood for decks, fences, and other outdoor structures where aesthetics are important.
Choosing a type of pressure-treated wood depends on the intended use, environmental factors and specific project requirements.
Understanding the characteristics of each type can help ensure the longevity and performance of your outdoor or indoor construction projects.
That’s it folks! Now you know whether can you use pressure treated wood indoors and how to identify them to use for various interior applications to make your home super nice.
So, let’s answer some frequently asked questions.
FAQs
Can pressure-treated wood be used for indoor furniture?
It is generally not recommended to use pressure-treated wood for indoor furniture, especially items like dining tables where there is a risk of direct contact with food.
Does pressure-treated wood emit harmful chemicals indoors?
While modern pressure-treated wood is considered safe and does not leach chemicals, it’s crucial to ensure good indoor ventilation to minimize any risk of inhaling sawdust or fumes during cutting or sanding.
Can pressure-treated wood be used for wall framing indoors?
Yes, pressure-treated wood is suitable for indoor wall framing, especially in areas prone to moisture, but precautions should be taken to avoid direct contact with living spaces.
What precautions should be taken when using pressure-treated wood indoors?
When using pressure-treated wood indoors, wear protective gear, ensure good ventilation, and avoid using it in areas where
How can I identify if wood is pressure-treated when using it indoors?
Pressure-treated wood often has a greenish or brown tint, an end tag or stamp indicating the type of preservative used, and may have small splits or cracks from the treatment process.
Is it okay to use pressure-treated wood in a bathroom?
Pressure-treated wood can be used in bathrooms as a subfloor or other non-contact applications due to its moisture resistance, but not for surfaces in direct contact with skin.
Why should pressure-treated wood not be burned indoors?
Burning pressure-treated wood indoors is dangerous as it releases toxic chemicals that can be harmful to human health and the environment.
Did I cover all you wanted to know about: Can You Use Pressure Treated Wood Indoors
In this article, I deeply discussed can you use pressure treated wood indoors by taking the factors you should consider and which applications you can use them and which do not.
Using pressure treated wood for indoor projects will save your money and time both because handling them is super easy even for a kid due to the lightweight. That’s the main reason why they are trending in the modern world!
You can use pressure-treated wood indoors for structural projects, such as framing, where there is no direct contact with food or prolonged human exposure. Ensure proper ventilation and safety measures during installation.
Furthermore, I answered some frequently asked questions.
Hope you learned all you wanted to know about using pressure treated wood indoors with possibilities.
Now let’s give this awesome wood a try and start making a DIY project for your indoor use like a champ!
