Siding

Your home’s exterior is like its protective shield, guarding against the elements and making a statement about your style. Whether you’re looking to give your house a fresh new look, increase energy efficiency, or boost durability, siding plays a crucial role. Let’s explore the world of home siding services, why it matters, and how different types of siding can transform your home. ReHome is here to help you with your options and install your new look.

Exploring Different Types

Choosing the right siding for your home involves considering various factors, including the type of material that best suits your needs. In this comprehensive guide, we’ll delve into eight popular home siding options, providing detailed descriptions to help you make an informed decision.

Wood

Wood siding is a traditional option that imparts timeless charm and a natural aesthetic to homes. It is crafted from wooden planks or panels that can be installed horizontally, vertically, or in various patterns, depending on the desired look.

Pros:

Classic and inviting look.
Can be painted or stained to achieve various colors and finishes.
Environmentally friendly if sourced sustainably.

Cons:

Requires regular maintenance, including painting or staining to protect against weathering.
Susceptible to rot, insects, and damage from harsh weather conditions.
Tends to be moderately expensive.

Cost: Moderate to high

Energy Efficiency: Moderate

Pine and Cedar: Wood Varieties

Pine and cedar are two commonly used wood species for siding. Pine siding consists of planks cut from pine trees, while cedar siding comes from cedarwood, which offers natural resistance to decay and insects.

Pros:

Cedar siding boasts natural resistance to rot and insects.
Pine siding can be more affordable compared to cedar.

Cons:

Pine is less durable than cedar, requiring more maintenance.
Both types demand regular upkeep through painting or staining.
Costs can vary depending on the type of wood and the chosen finish.

Cost: Pine – Moderate, Cedar – Moderate to high

Energy Efficiency: Moderate

Engineered Wood

What is Engineered Wood Siding? Engineered wood siding provides a cost-effective alternative to natural wood. It is crafted by compressing wood fibers and resins into panels or planks that mimic the appearance of real wood.

Pros:

Offers the aesthetic appeal of genuine wood.
Resists rot and insect damage better than natural wood.
Available in various styles and finishes.

Cons:

May require occasional repainting or refinishing.
Some engineered wood options can be relatively costly.

Cost: Moderate

Energy Efficiency: Moderate

Stone Veneer

What is Stone Veneer Siding? Stone veneer siding replicates the appearance of solid stone at a fraction of the cost. It consists of thin stone panels or tiles that can be adhered to the exterior of a home.

Pros:

Provides an authentic stone appearance without the high price tag.
Requires minimal maintenance.
Available in a variety of stone styles and colors.

Cons:

Installation can be labor-intensive, involving precise placement.
Offers limited insulation properties compared to other materials.

Cost: Moderate to high

Energy Efficiency: Moderate

Vinyl Siding

Vinyl siding is a popular and budget-friendly option made from polyvinyl chloride (PVC). It is known for its affordability and minimal maintenance requirements.

Pros:

Low maintenance, eliminating the need for painting.
Wide range of colors and styles to choose from.
Cost-effective option for many homeowners.

Cons:

Can be less durable in extreme weather conditions, such as high winds.
Limited insulation properties without added layers.

Cost: Low to moderate

Energy Efficiency: High

Aluminum

Aluminum siding is a versatile material composed of aluminum panels that can be installed horizontally on the exterior of a home. It is known for its durability and the option to paint it to change its color.

Pros:

Can be painted to achieve a desired color or style.
Resistant to moisture and insects.
Generally affordable for homeowners.

Cons:

Prone to denting from impacts, such as hail or heavy objects.
Offers limited style choices compared to some other siding materials.

Cost: Moderate

Energy Efficiency: Moderate to high

Fiber Cement

Fiber cement is a durable material made from a combination of cement, cellulose fibers, and other additives. It is engineered to provide excellent longevity and energy efficiency.

Pros:

Highly resistant to fire, pests, and harsh weather conditions.
Requires minimal maintenance.
Offers high energy efficiency, contributing to lower utility bills.

Cons:

Installation may require professional expertise due to the material’s weight and specialized tools.
Initial costs can be higher compared to some other siding options.

Cost: Moderate to high

Energy Efficiency: High

By exploring these siding options in-depth, you can gain a clearer understanding of what each type offers in terms of aesthetics, durability, energy efficiency, and cost. Armed with this knowledge, you can make a well-informed decision to enhance the exterior of your home.

Durability, Energy Efficiency and Cost by Siding Type

Type	Durability	Energy Efficiency	Relative Cost
Wood	Moderate	Moderate	Moderate to High
Engineered Wood	Moderate to High	Moderate	Moderate
Stone Veneer	High	Moderate	High
Vinyl	Moderate	High	Low to Moderate
Aluminum	Moderate	Moderate to High	Moderate
Fiber Cement	High	High	Moderate to High

Please note that these ratings are simplified and generalized. The actual durability and energy efficiency of a specific siding type can vary depending on factors like installation quality, climate, maintenance, and the specific product used within each category. ReHome’s specialists can review all the factors with you to make sure you make the best choice.

Is Energy Efficiency a Priority?

Some siding materials offer better energy efficiency, helping to regulate indoor temperatures and potentially reducing energy costs. Here are some factors to consider:

Insulation: Some siding materials come with built-in insulation, helping to regulate indoor temperatures and reduce heat transfer. Fiber cement, insulated vinyl, and engineered wood are examples of materials with good insulation properties.
R-Value: R-value measures the insulation’s effectiveness. Materials with higher R-values offer better thermal resistance, which can contribute to improved energy efficiency. Insulated vinyl, fiber cement, and some types of foam-backed siding have higher R-values.
Reflectivity: Light-colored siding materials tend to reflect sunlight and heat, keeping the exterior cooler and reducing the need for air conditioning. Light-colored vinyl and fiber cement are known for their reflectivity.
Thermal Mass: Materials with high thermal mass, like brick and stone, can absorb and store heat during the day and release it slowly at night, helping to regulate indoor temperatures.
Sealing and Tightness: Siding that is properly sealed and installed tightly helps prevent drafts and heat loss. Insulated vinyl and foam-backed siding are examples of materials that can contribute to a tight seal.
Ventilation: Proper ventilation behind siding is crucial to prevent moisture buildup, which can affect energy efficiency and the overall health of your home.
Durability: Siding that maintains its integrity over time helps maintain a consistent indoor temperature. Siding that warps or deteriorates can compromise energy efficiency.
Maintenance: Low-maintenance siding requires fewer repairs and replacements, reducing the overall energy and resource consumption associated with frequent upkeep.
Solar Reflectance Index (SRI): This measures a material’s ability to reflect solar radiation. Materials with high SRI values are more energy-efficient as they absorb less heat.
Thermal Bridging: Materials that conduct heat easily can create thermal bridges, allowing heat to escape or enter your home. Proper insulation and choosing materials with low thermal conductivity can mitigate this.

When choosing a siding material, consider how these factors align with your energy efficiency goals and your home’s specific needs. It’s important to strike a balance between insulation, reflectivity, sealing, and other considerations to create an energy-efficient home.