The Hardee plank usually lasts between 5-7 years depending on the thickness of the material used. The thicker the material, the longer the life span. Hardee plank is a special type of concrete material which has been designed specifically for exterior use and has excellent weathering and fire protection characteristics.
It is available in a variety of colors and sizes to match the style and appearance of the home. A Hardee plank with at least half an inch of thickness should last at least 5-7 years, when properly cared for and maintained.
Keeping the Hardee plank clean and free from debris such as leaves or other debris will also help to extend its life. Proper sealing of the plank with a sealant meant for outdoor use every few years can help extend the life of Hardee plank, as well as help keep it looking like new for many years to come.
Does Hardy plank rot?
No, hardy plank does not rot. Hardy plank is a type of siding that is made from a cement and wood composite material, designed to withstand harsh elements and provide a long-lasting, durable covering for the exterior of a home.
It is treated with a waterproof coating that prevents moisture from accumulating and rotting the material. Hardy plank also has a Class “A” fire rating, so it does not burn easily and resist fire better than other siding materials like wood.
Additionally, it is strong and resists impacts well, so it won’t break down easily.
How often does HardiPlank need to be painted?
HardiPlank, a fiber cement siding product, should typically be painted every seven to ten years, depending on the climate in which it is installed. The material is designed to resist water and be very low maintenance, but painting it at least every seven to ten years will keep it looking its best and will also help to protect it from the elements.
Checking the paint job every two years and performing maintenance such as caulking, sealing, and painting any areas where the paint has begun to chip or fade is advised. If HardiPlank is installed in an area with a humid or rainy climate, or in an area exposed to a lot of direct UV rays, then painting it more frequently is likely to be necessary in order to maintain its protection and appearance.
What happens if Hardie plank gets wet?
When Hardie Plank siding gets wet, it generally won’t experience any damage; however, it is important to keep Hardie Plank siding clean and well-maintained to ensure that it retains its proper appearance and longevity.
To clean Hardie Plank siding, it is important to use a mild detergent and a soft brush, making sure to rinse thoroughly. A pressure washer should not be used to clean the siding because it can cause the material to become warped or damaged.
Additionally, it is important to ensure that all water is allowed to dry from the siding, since standing water can cause staining and discoloration over time. It is also important to keep an eye out for any signs of moisture damage, such as bubbling or blistering paint or excessive mildew or mold forming on the siding that can indicate water damage.
Does Hardie board deteriorate?
No, Hardie board is a siding made of cement fibers and does not deteriorate. It is specifically designed to be durable and last for many years in exterior applications. Its natural resistance to warping and fading make it one of the most popular siding materials used today.
Additionally, Hardie board is fire resistant, so it won’t be easily damaged by extreme temperatures. Furthermore, Hardie board is treated with mold and mildew inhibiting properties, which actively work to prevent the growth of bacteria, mold, and algae.
Despite its durable nature, Hardie board should be inspected regularly for signs of damage and repaired if necessary, as like all materials, it can be subject to wear and tear over time.
What are the disadvantages of Hardie board?
Hardie board, or HardiePlank, is a popular siding option because of its durability and low maintenance features. However, it is not without its drawbacks. Here are some of the disadvantages of Hardie board:
1. Higher cost: Hardie board is typically more expensive than other siding options, making it out of the price range for some homeowners.
2. Heavier material: Hardie board is a much heavier material than traditional wood or veneer siding, so additional structural support may be required to install it.
3. Susceptible to mold: Hardie board is susceptible to moisture and mold growth, so regular maintenance and cleaning is necessary to prevent it.
4. Installation delays: Once Hardie board is purchased it can take up to several weeks to custom make the boards, which can delay installation of the siding.
5. Incompatible with certain finishes: Not all paint and coatings are compatible with Hardie board, so you may need to hire a professional to make sure the paint lasts.
6. Difficult to repair: Hardie board is much more difficult to repair than other siding materials because of its durable nature and the extra effort it takes to pry out the boards. Therefore, mitigating damage through regular maintenance is key.
What causes Hardie board to crack?
Hardie board can crack due to a number of reasons. One of the most common causes of Hardie board cracking is due to improper installation. Issues such as not spacing panels correctly, not fastening boards tightly enough, or not allowing for expansion and contraction can all cause Hardie board to crack due to the pressure of the temperature or humidity changes.
Additionally, subpar substrate preparation such as failing to use a proper amount of underlayment for the boards, or allowing for buildup of moisture can lead to cracking as well. If a home is in an area with extreme temperature changes throughout the year, this can also cause Hardie board to crack.
In areas where there is a lot of rainfall, the saturated soil can cause the home’s foundation to move or settle, putting additional pressure on the boards and causing them to crack. In some cases, Hardie board can also be susceptible to cracking due to aging.
If the boards were installed incorrectly, it may lead to cracking even after a few years.
What is better than hardiplank?
In terms of exterior siding, vinyl siding is often thought to be better than HardiePlank for a variety of reasons. For one, vinyl is more affordable and customizable than HardiePlank, meaning you can choose the style, color, trim, and texture of your siding to create the perfect compliment to your house.
Vinyl is also easier to install than HardiePlank and requires a lot less maintenance. Whereas HardiePlank needs to be treated every 5-10 years to keep its appearance, vinyl can go up to 30 years without needed maintenance or repairs.
Vinyl siding also comes with many benefits, including helping to protect your home from the elements, providing insulation, and lowering energy costs.
What is the difference between Hardie board and Hardie plank?
Hardie Board and Hardie Plank are siding options manufactured by James Hardie, a fiber cement material composed of cement, sand and cellulose fibers. Hardie Board is a 4 feet by 8 feet sheet of the siding material.
The boards are 5/16-inch thick, with a smooth or textured surface. Hardie Plank is a specific type of board, available in widths ranging from 5-inch to 12-inch, with a length ranging from 3-foot to 8-foot.
Hardie Plank also has a lap joint that allows it to be installed in a staggered pattern. Both Hardie Board and Hardie Plank are durable and weather resistant, making them popular choices for siding. However, the main difference is that Hardie Plank requires an extra step in the installation process, with the lap joint covered with a suitable sealant.
Does fiber cement siding add value to home?
Yes, adding fiber cement siding to a home can increase the value of the property. Fiber cement siding is durable, relatively easy to maintain, and has a classic look that appeals to many potential buyers.
It can help to keep out moisture and pests, as well as providing a clean, modern look to any home. Fiber cement siding also offers a significant increase in energy efficiency, as it acts as an additional layer of insulation.
This can both help to lower the energy bills of a home, and make the home look more attractive to potential buyers. Additionally, fiber cement siding offers protection from extreme heat and cold, and normal wear and tear, making it a desirable addition for any homeowner.
Which siding has resale value?
For homeowners looking for a siding option that will retain its resale value, fiber cement siding is often the best choice. Its durability, low maintenance requirements, and classic look make it an attractive option that many potential buyers are looking for.
Fiber cement boards are made from a blended mixture of wood chips or wood fibers, portland cement, and sand. This mixture results in a strong and rigid material that is immune to insects, moisture, and fire.
It has a much longer lifespan than other siding materials like wood or vinyl and doesn’t require frequent maintenance and repairs. Fiber cement siding is also easy to customize and can be painted in almost any color.
It’s low-glare finish makes it an excellent choice for reflecting heat, making it an energy efficient option. All these characteristics make fiber cement siding a great option for resale value.
Does Hardie siding Add R value?
Yes, Hardie siding will typically add R value to your home. R value is a measure of thermal resistance, and more R value means more heat is blocked from entering or leaving the building. Hardie siding is typically made from fiber cement and can come in various colors and thicknesses.
It has a Class A fire rating, and is resistant to blistering, cracking, hail, and wind damage. Hardie siding can add an R-value of up to R-3.5, providing better insulation than other siding materials.
Although it’s not as energy-efficient as foam boards, it will still reduce heating and cooling costs. Proper installation is also critical to ensure that air and moisture don’t penetrate the walls. By adding Hardie siding to your home, you will be able to enjoy both aesthetic and energy-saving benefits.
What adds the most value to a home?
Making upgrades and improvements to a home can increase its value by a significant amount. Generally, the most value is added when the projects focus on making the home more functional, or increasing its aesthetic appeal.
This can include energy-efficient improvements, such as replacing old windows and doors to reduce energy costs, as well as improving outdoor spaces, such as creating a patio or adding a pergola. Interior projects such as remodeling bathrooms and kitchens, adding built-in storage and shelving, or updating electrical, plumbing and HVAC systems can also increase a home’s value.
Adding features that appeal to a wide range of buyers, such as a master suite with a walk-in closet or new stainless steel appliances, can also add value. Other changes that may be considered are updating the landscaping around the home, replacing the roof, and adding smart home technology, such as a thermostat or security system.
Doing renovations correctly with quality materials that fit the existing architecture of the home will add the most value.
How much does it cost to put fiber cement siding on a house?
The cost of putting fiber cement siding on a house will vary depending on the size of the house, the type of siding being used, the complexity of the job and the contractor you use. Generally, most homeowners will spend anywhere from $5,000 to $15,000 to cover a 1,500 square foot house with fiber cement siding.
It is important to note that this price will also vary depending on whether you choose to install the siding yourself or hire professionals. If you install it yourself, costs can be as low as $2,000 for basic siding with standard installations.
Material costs for fiber cement siding usually range from $0.50 to $5.00 per square foot. Labor costs will largely depend on the complexity of the project and can range from $3.00 to $10.00 per square foot.
Other costs may include removal of existing siding, cleaning, repairs, painting and caulking. It is important to get multiple estimates from several contractors, so you can find the best deal.