Is Composite Decking Worth It?


Besides deck design, deck materials are the most important feature that affects the outlook and style of your deck. The composite decks are mainly made from recycled plastic, sawdust, or wood chips. How to Sand Between Deck Boards

But, is composite decking worth it? Well, compared to materials like wood, composite decking Is more expensive. But composite decking is loved since it is similar to natural wood with efficiency. 

Compared to wood, the composite decks will be easier to maintain and clean – and thus it’ll last longer – thus giving equal or more value to you as a DIY homeowner. Read Also: Sprayers for Staining Fences.

Is Composite Decking Worth It? Composite Deck Cost?

Any synthetic+organic decking materials will make your pieces durable and beautiful. Compared to the pressure-treated lumber, these composite deck will be more expensive. 

Specifically, the composite deck will cost you between $5.00 – $7.00 for each 8-inch board. Thus, for your average 20’ * 20’ composite deck, you’ll need about $5,600. 

In comparison, to build a similar 20’ * 20’ deck using pine lumber (using pressure-treated), you’ll require roughly 3,000. Notably, you can recover the price with routine maintenance in 2 to 3 years. 

Benefits of Installing a Composite Deck

1. Longer-Lasting Beauty

Many of the available composite decks will come with long warranties since they also have great and longer-lasting beauty – and it’ll also withstand your heavy traffic. 

Therefore, as a homeowner or a DIY enthusiast, you’ll have great peace of mind since you’re assured that the composite deck will maintain its beauty for longer. 

Equally important is that the composite deck will be pleasing visually since you can twerk it to match the feel and appearance of traditional timber or exotic hardwood. 

Composite decking materials will have a broad variety of designs and styles – and thus it’ll make it easy to select one that matches your taste for outdoor living. 

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2. Better Sustainability 

We’re more environmentally conscious – and thus our decking materials need to uphold this. The deck will still have that feel and looks of the natural wood – but without cutting any timber trees.

For example, Trex decking will be composed largely using recycled materials – combining polyethylene plus wood scraps. But equally, some are made with synthetic materials such as PVC decking.

Other decking materials that improve sustainability include plastic waste from the house, offcuts, and reclaimed sawdust – these will be mixed and ground under appropriate pressure and heat. 

3. Highly Durable 

The composite decking is highly durable as it’ll resist warping, mold and mildew, staining, scratches, and fading. 

Equally, you’ll find the decks comfortable and safe for families – including pets and kids. 

Spilled food dropped grill tools, and wet planter pots won’t easily damage the composite decking.

You’ll get great mold, fade, and stain resistance with high-traffic and thanks to the protective shell. 

4. Provides Great Transferable Value 

The handing over to a new homeowner – won’t bother them with the composite decking since it won’t be an unwanted hobby or passion project like with pressure-treated wooden decks. 

For most DIYers or homeowners, decks made from pressure-treated wood imply extra costs and time needed for regular maintenance to uphold that lasting allure. 

Therefore, despite that, you may have an excellent home the decks made using pressure-treated wood could be the sale deal-breaker due to the wooden deck’s age, size, and condition. 

Notably, the composite decks made from high-quality materials will create an excellent appeal to your buyers since they’ll need even lower maintenance – retaining better transferable value. 

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Choosing your Composite Decking? 

1. Budget Consideration 

Most composite decks will come in a variety of brands, colors, and styles – you’ll require to consider your preferences of color, style, fastener choice, code, and site requirements, and budget. 

As note earlier, composite decking will cost you around $3 – $7 for each square foot. Thus, you’ll need to consider the variation in color of your wood and plastic to match the home aesthetically. 

Further, you’ll need to check the installation cost depending on the deck size. While at it, you may consider the deck details including diner issues like deck texture – combed, smooth, grain patterns. 

2. Material Quality 

A beautiful deck will add to the aesthetic and overall value of your home but with composite decking, the maintenance costs will also be lower even during spring. 

Further, composite decks won’t require regular repairing each spring – this will prevent attacks from pests including termites. This will allow the deck to remain brand new – check decorative trim, post caps, and railings.  

For a better grain look and design, choose high-quality materials for the composite deck comparable to wood for a great appearance, and “woodlike” feel. 

Some DIYers may require the manufactures to buff their boards and this will help remove that plastic sheen look. Thus, with your higher-end composite decks, you’ll get a variety of grain and colors. 

3. Consider the Decking Code 

Before giving your cash to get that desired composite decking, you’ll need to consult your building management to confirm that the material is approved in your area. 

The additional key limitation to the decking materials comes with different structures, framing, and stairs. Also, it may be required to meet some requirements for fastener spacing. 

Thus, to choose the appropriate composite decking, check the city decking code in the inspection phase. Also, consider if you’ll require to fasten the decks – may be using hidden fasteners? 

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Conclusion

Some simple material and pattern will lead to the decks being low-maintenance – but ensure to use standard railing and plank. Thus, with the right material selection, you’ll cut waste and save money. 

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The right choice of thermal paste is critical for optimal CPU temperatures. However, thermal paste application lead to different outcomes, which could include damage to your CPU and motherboard.

Therefore, in this article, I discuss the best way to apply thermal paste to CPU.

You’ll need to apply the Thermal Interface Material (thermal paste) either when upgrading your CPU or building a new PC.

But why so? Thermal paste helps in heat dissipation from the PC heat sink and the CPU die. I would recommend the <a href=Arctic Silver 5 AS5-3.5G Thermal Paste on Amazon and I will be using it in this case study. Notably, I recently upgraded the motherboard for my i5 6600k CPU and thus I expect optimal gaming experience: Wolfenstein II: The New Colossus, Observer, and Call of Duty: WWII. Before conducting extensive research and test on thermal paste application, maybe like you, I only overhead of Rice, X, Pea, Straight line application methods. This left me confused with the many opinions out there. In summary:  However, if you need a straight answer: The best method to apply the thermal paste on your gaming CPU is the ‘pea-sized dot' technique. In this method, you will apply a pea sized - not too much - amount of the thermal compound at the middle of the CPU’s surface and screw back the heat sink on top of it. Therefore, the thermal paste will spread naturally in a round or oval shape to evenly over the CPU cores. Manually spreading would lead to formation of air bubbles.

How important is thermal paste to your CPU?

So, do you really need the grey weird smelling paste on your CPU? Why bother using the paste when the heatsinks already look very impressive? Well, here’s why: most heat sinks will not sit flat on the CPU since they could be concave or convex and thus leave some space where the processor and the heat sink will not have adequate contact. Also, despite that the heat sink and the CPU would be lying flat on each other, their surfaces could be rough at the microscopic level and thus will not sit total flat on each other, which would leave air pockets between the two surfaces. Notably, air is a poor conductor of heat and thus the air gaps will not aloe the CPU and the heat sink to touch more directly. The thermal material is made from special conductive materials such as almost 100% pure micronized silver and Thermal conductance greater than 350 000W/m2, which conduct heat better up to the heatsink. So, here is a very common question related to thermal paste: Can you use toothpaste as your thermal paste aiming to save money? NO! Thermal paste, unlike toothpaste is a heat conducting material that contains some metals – or probably powdered silver in the expensive paste brands. However, do not worry since thermal paste like Arctic Silver 5 has higher-quality compounds that allow it to be non-conductive despite using metal but you’ll also need to keep it away from the metal contacts. High-quality ceramics can help in cooling and are cheaper, which makes them good for sub-zero cooling. However, you can also use silicone thermal pads that will sit fully between the CPU and the heat sink.

How much thermal paste should you apply?

Is there anything like too little or too much thermal paste application? Yes, applying too uneven or little thermal might make some of your CPU cores to run hotter compared to the rest. But; If you apply uneven or too much thermal paste, you might see some gas bubbles in the space separating the heat sink and the CPU. Finally, onto our main discussion: Thermal Paste Application

How to successfully apply the thermal compound

First things first: You should know that the thermal compound application method can vary reliant on the kind of heat sink you are using. For example, the heat sink that is heat pipe based could require a different application method of the thermal paste compared to the heat sink that utilizes the direct plate based method. However, check the heat sink guide or manual since the venders always test the setup and determining the method that achieves the optimum temperature. Despite that you could be tempted to purchase some better performing thermal paste, you should know that various pastes have different viscosities, compositions and densities, factors that will affect how it is distributed.

Application process:

The thermal compound will come in a syringe, which will be very suitable for the paste application process. You will apply paste that is pea sized or the size of capacitors on your motherboard. However, ensure that you apply reasonable paste that will spread well on the CPU and heat sink to avoid direct contact of the metal parts. The rule of thumb is that is less thermal past is always better since too much of it would hinder the thermal cooling capability of the heat sink." data-pin-description="The right choice of thermal paste is critical for optimal CPU temperatures. However, thermal paste application lead to different outcomes, which could include damage to your CPU and motherboard. Therefore, in this article, I discuss the best way to apply thermal paste to CPU. You’ll need to apply the Thermal Interface Material (thermal paste) either when upgrading your CPU or building a new PC. But why so? Thermal paste helps in heat dissipation from the PC heat sink and the CPU die. I would recommend the Arctic Silver 5 AS5-3.5G Thermal Paste on Amazon and I will be using it in this case study. Notably, I recently upgraded the motherboard for my i5 6600k CPU and thus I expect optimal gaming experience: Wolfenstein II: The New Colossus, Observer, and Call of Duty: WWII. Before conducting extensive research and test on thermal paste application, maybe like you, I only overhead of Rice, X, Pea, Straight line application methods. This left me confused with the many opinions out there. In summary:  However, if you need a straight answer: The best method to apply the thermal paste on your gaming CPU is the ‘pea-sized dot' technique. In this method, you will apply a pea sized - not too much - amount of the thermal compound at the middle of the CPU’s surface and screw back the heat sink on top of it. Therefore, the thermal paste will spread naturally in a round or oval shape to evenly over the CPU cores. Manually spreading would lead to formation of air bubbles.

How important is thermal paste to your CPU?

So, do you really need the grey weird smelling paste on your CPU? Why bother using the paste when the heatsinks already look very impressive? Well, here’s why: most heat sinks will not sit flat on the CPU since they could be concave or convex and thus leave some space where the processor and the heat sink will not have adequate contact. Also, despite that the heat sink and the CPU would be lying flat on each other, their surfaces could be rough at the microscopic level and thus will not sit total flat on each other, which would leave air pockets between the two surfaces. Notably, air is a poor conductor of heat and thus the air gaps will not aloe the CPU and the heat sink to touch more directly. The thermal material is made from special conductive materials such as almost 100% pure micronized silver and Thermal conductance greater than 350 000W/m2, which conduct heat better up to the heatsink. So, here is a very common question related to thermal paste: Can you use toothpaste as your thermal paste aiming to save money? NO! Thermal paste, unlike toothpaste is a heat conducting material that contains some metals – or probably powdered silver in the expensive paste brands. However, do not worry since thermal paste like Arctic Silver 5 has higher-quality compounds that allow it to be non-conductive despite using metal but you’ll also need to keep it away from the metal contacts. High-quality ceramics can help in cooling and are cheaper, which makes them good for sub-zero cooling. However, you can also use silicone thermal pads that will sit fully between the CPU and the heat sink.

How much thermal paste should you apply?

Is there anything like too little or too much thermal paste application? Yes, applying too uneven or little thermal might make some of your CPU cores to run hotter compared to the rest. But; If you apply uneven or too much thermal paste, you might see some gas bubbles in the space separating the heat sink and the CPU. Finally, onto our main discussion: Thermal Paste Application

How to successfully apply the thermal compound

First things first: You should know that the thermal compound application method can vary reliant on the kind of heat sink you are using. For example, the heat sink that is heat pipe based could require a different application method of the thermal paste compared to the heat sink that utilizes the direct plate based method. However, check the heat sink guide or manual since the venders always test the setup and determining the method that achieves the optimum temperature. Despite that you could be tempted to purchase some better performing thermal paste, you should know that various pastes have different viscosities, compositions and densities, factors that will affect how it is distributed.

Application process:

The thermal compound will come in a syringe, which will be very suitable for the paste application process. You will apply paste that is pea sized or the size of capacitors on your motherboard. However, ensure that you apply reasonable paste that will spread well on the CPU and heat sink to avoid direct contact of the metal parts. The rule of thumb is that is less thermal past is always better since too much of it would hinder the thermal cooling capability of the heat sink." title="What is the Best way to apply thermal paste to CPU?" />