Built to Last

We focus on durable materials, proper installation, and long-term performance—helping homeowners reduce waste, improve efficiency, and protect their investment over time.

Our Mission

At Remod Exteriors, our mission is to improve homes the right way—using durable, high-performance materials that are built to last. By choosing responsibly made products like Fibrex® composite windows, fiber cement siding, and low-VOC premium paints, we help homeowners make smart investments that reduce waste, improve efficiency, and protect their homes for the long term.

Materials That Matter

At Remod Exteriors, we are committed to providing sustainable products and practices that minimize environmental impact while enhancing the efficiency and longevity of your home. We partner with industry-leading manufacturers like Andersen, James Hardie, and others to ensure that our solutions contribute to a greener future. Here’s how our products help support sustainability:

Composite Windows

Composite windows, including Fibrex® materials made with reclaimed wood fiber, are engineered for long-term durability and thermal performance. Their stability reduces air leakage and material failure, helping homeowners improve efficiency while reducing landfill waste.

Fiber Cement

Fiber cement siding is made from durable, non-combustible materials that resist rot, insects, and harsh weather conditions. Its long lifespan reduces the need for frequent replacement, making it a sustainable choice for exterior siding.

Vinyl Windows

Vinyl windows offer strong energy efficiency and long service life, helping reduce heat loss and lower energy consumption year-round. Their low-maintenance design minimizes material waste by eliminating the need for painting or frequent replacement.

Composite Siding

Composite siding is manufactured from engineered materials designed for strength, moisture resistance, and extended longevity. By lasting longer than traditional wood products, composite siding helps reduce ongoing maintenance, repainting, and material waste.