Professional Fiber Cement Siding Installation
in Spokane
When homeowners in Spokane start thinking about replacing their old siding, fiber cement often comes up as the top choice. There's solid reasoning behind this preference. This material has been gaining traction across the Pacific Northwest because it withstands our weather patterns better than most alternatives. The installation process demands specialized expertise, which is why working with trusted siding contractors in Spokane makes such a significant impact on the final results.
​
Fiber cement siding combines cement, sand, and cellulose fibers to create panels that resist moisture, fire, and insects. Unlike wood siding that can warp or vinyl that might crack in extreme temperatures, fiber cement maintains its integrity through Spokane's temperature swings. The material weighs more than other siding materials, so proper installation becomes critical for long-term performance.
Understanding Fiber Cement as a Siding Material
Most people don't realize how different fiber cement is from traditional siding options. The manufacturing process creates a dense, durable product that mimics the appearance of wood planks or shingles without the maintenance headaches. James Hardie, a major manufacturer, has refined their ColorPlus technology to provide factory-applied finishes that last significantly longer than field-applied paint.
The density of fiber cement means it provides better thermal mass than vinyl, helping moderate temperature swings. What it lacks in insulation, it makes up for in durability. Properly installed fiber cement can last 30+ years with minimal maintenance. That's a pretty compelling argument when you're looking at long term value for your investment.
​
​
Why Professional Installation Matters More Than You Think
Here's where things get interesting. Installing fiber cement siding isn't like hanging drywall or painting a room. The material requires specialized tools including fiber cement shears and diamond-blade circular saws. Regular wood-cutting tools will dull quickly and create excessive dust. Protective gear becomes essential because cutting fiber cement produces crystalline silica dust that requires proper safety protocols.
Professional installation teams understand how environmental factors affect the material. Spokane's climate means dealing with moisture management, thermal expansion, and proper ventilation behind the siding panels. Contractors experienced with fiber cement know how to handle these challenges before they become problems. Water infiltration issues often stem from improper installation rather than material failure.
Aspen Construction & Design has been working with James Hardie products for years, developing expertise in proper handling techniques and installation best practices. The learning curve for fiber cement is steeper than most homeowners expect, which explains why professional installation typically produces better long-term results.
​
​
The Complete Installation Process Breakdown
Professional fiber cement siding installation follows a specific sequence that ensures proper performance. Each step builds on the previous one, so skipping or rushing through any phase can compromise the entire project.
​
-
Surface preparation: Removing old siding, inspecting sheathing for damage, and installing moisture barriers
-
Starter strip installation: Creating the foundation row that determines alignment for all subsequent courses
-
Panel cutting and fitting: Using proper tools to cut panels for windows, doors, and corners
-
Fastening technique: Ensuring panels are securely fastened without over-driving nails or screws
-
Joint management: Properly sealing butt joints and maintaining expansion gaps
-
Trim and finishing: Installing corner trim, window casings, and final details
​
The first course sets the tone for the entire installation. If the starter strip isn't level, every subsequent row will compound that error. Professional installers check level frequently and make adjustments as needed. Each panel must be properly supported and fastened according to manufacturer specifications. Over-driving fasteners can crack the material, while under-driving creates loose panels that may fail in high winds.
​
​
Comparing Installation Costs and Value
Installation costs for fiber cement typically run higher than vinyl but lower than natural wood or stone. The material cost per square foot ranges from moderate to expensive depending on the specific product line selected. Labor costs reflect the specialized nature of the work, proper equipment requirements, and longer installation time compared to vinyl siding.
Most contractors break down pricing into material and labor components. Fiber cement panels cost more than vinyl but the installation process takes longer too, affecting labor costs. However, the durability factor changes the cost equation significantly. When you factor in repainting schedules, replacement cycles, and maintenance requirements, fiber cement often provides better value over 20-30 year periods.
Local market factors affect pricing patterns. Contractors who regularly work with fiber cement may provide competitive pricing because they understand the material and have established supplier relationships.
​
Material Handling and Safety Considerations
Working with fiber cement requires different techniques than other siding materials. The panels are heavier and more brittle than vinyl, requiring careful handling to prevent cracking during installation. Cutting the material produces dust that requires proper respiratory protection and dust control measures.
Professional installers use specialized equipment designed for fiber cement work. Standard wood-cutting tools wear out quickly and don't provide clean cuts. Fiber cement shears work best for straight cuts, while diamond-blade saws handle more complex cutting tasks. The investment in proper tools pays off in installation quality and worker safety.
Storage and handling protocols prevent damage before installation begins. Fiber cement panels should be stored flat and protected from moisture. Moving and positioning the material requires techniques that prevent chipping or cracking. These details might seem minor but they affect the final appearance and performance of the installation.
​
Long Term Performance and Maintenance Benefits
Once properly installed, fiber cement siding requires minimal maintenance compared to wood or composite materials. The factory finishes resist fading and chalking for years. Most manufacturers provide warranties on both the material and finish that vary by product line but typically reflect confidence in long-term performance.
Moisture resistance is one of fiber cement's strongest advantages. Unlike wood that can rot or warp, fiber cement maintains its shape and integrity when exposed to rain, snow, and humidity. This stability means fewer callbacks and maintenance issues for contractors, and lower long-term costs for homeowners.
The fire resistance properties provide peace of mind in areas prone to wildfires. Some insurance providers may offer discounts for homes with fiber cement siding because of reduced fire risk. These benefits add up over time, making the initial installation investment worthwhile for most homeowners in the Spokane area.
Professional installation ensures that all these material benefits are fully realized. Poor installation techniques can compromise moisture resistance, reduce durability, and void manufacturer warranties. Working with experienced contractors protects both your investment and the long-term performance of your new siding system.
​
​