Deck Technology, SureStone and TruNorth
Deckorators SureStone Mineral Based Composite Decking Features
Our Technology
1. Durability and Strength for Harsh Weather, UV, Rain, and Snow
SureStone decking is made from mineral-based materials, ensuring a highly durable deck board that is resistant to wear and tear. It is designed to withstand harsh weather conditions, including heavy rain, snow, and UV exposure, making it an ideal choice for various climates.
2. Slip Resistance for Wet Areas, Patios, Pool Decks, and Walkways
The surface texture of SureStone provides excellent slip resistance, even when wet, enhancing safety for outdoor spaces like patios, pool decks, and walkways.
Our Technology
3. Low Maintenance Care, No Stain, Seal, or Sanding
Unlike traditional wood decking, SureStone requires minimal maintenance. It doesn’t need to be stained, sealed, or sanded, saving time and money over its lifespan. A simple cleaning routine with soap and water is enough to keep it looking like new.
4. Aesthetic Appeal, Voyage Color Options for Custom Designs
Deckorators Voyage mineral-based composite decking boards, available in a variety of color options, allow you to recreate a wood-floor look or create a totally custom design for your raised deck, in-ground patio, or boat dock.
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5. Environmentally Friendly Materials, Built to Last Decades
SureStone is an eco-friendly option because it is made with sustainable materials and designed to last for decades, reducing waste and the need for frequent replacements.
6. Heat Resistance, Cooler Underfoot Comfort
The mineral-based composite construction helps SureStone stay cooler underfoot compared to traditional materials like concrete or darker composite decking, making it more comfortable for barefoot use in hot climates.
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7. Ease of Installation, Lightweight Boards and Minimal Thermal Expansion
SureStone decking is designed with ease of installation in mind. The lightweight deck boards experience almost no thermal expansion, making installation easier than other types of decking.
8. Warranty Support, Manufacturer Backed Coverage
Deckorators provides industry-leading warranties for their products, offering peace of mind that your investment is protected against manufacturing defects and long-term performance issues.
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9. Versatility for Residential, Commercial, Pool Surrounds, and Pathways
SureStone decking is suitable for a variety of outdoor applications, including residential patios, commercial spaces, pool surrounds, and garden pathways. Its adaptability ensures it meets both functional and aesthetic requirements.
By choosing Deckorators SureStone decking (Voyage), homeowners can enjoy a high-performance, visually appealing, and cost-effective outdoor space that lasts for years with minimal upkeep.
FAQs About Deck Technology
What does “deck technology” mean in modern deck building
Deck technology refers to the materials, engineering, and installation systems that make today’s decks stronger, safer, and easier to own. It includes advanced composite decking formulas, capped board construction, slip-resistant surface design, hidden fastening systems, steel framing, mechanical footing systems, drainage management, lighting integration, and railing engineering. Good deck technology is not just about the deck boards; it is about the entire deck system working together for structural integrity, weather resistance, and long-term performance.
What is the difference between mineral based decking and composite based decking
Mineral-based decking uses an engineered mineral-composite core for strength, stability, and long-term performance. Composite-based decking typically uses a blend of wood and plastics.
What is capped composite decking, and why does it matter
Capped composite decking means the board has a protective outer shell, often on all sides, that helps defend against staining, fading, moisture intrusion, and surface wear. The cap layer is part of the deck technology that improves color retention and makes cleaning easier. For homeowners, the benefit is simple: the deck keeps a cleaner, newer look with less maintenance, especially in outdoor living spaces that see grilling, entertaining, pets, and poolside use.
How does traction technology improve safety on a deck surface
Traction technology is surface engineering designed to increase grip, especially when the deck is wet. This matters most for pool decks, hot tub surrounds, outdoor stairs, entry transitions, and shaded areas that can stay damp. A high-traction deck surface reduces slip risk for kids, adults, and pets while maintaining a clean, upscale look. When comparing deck materials, traction is a safety feature that should be evaluated alongside durability, heat comfort, and warranty.
Why is non-wood framing considered a major upgrade in deck technology
Non-wood framing represents a significant step forward in deck construction because it overcomes many of the inherent weaknesses of traditional wood framing and creates a more durable, stable, and long-lasting structural foundation.
Traditional pressure-treated lumber has long been the default choice, but it is susceptible to moisture, rot, insects, and dimensional change over time. These issues often lead to decks that shift, squeak, or require structural repairs long before the decking boards and railings reach the end of their service life. In contrast, non-wood framing materials are engineered to resist these long-term failure points, allowing the structure beneath the deck to last as long as, or longer than, the premium materials installed above it.
There are three primary categories of non-wood deck framing used in modern high-performance builds:
Steel framing systems
Steel framing uses precision-formed structural components that provide exceptional strength and consistency. Steel does not warp, rot, decay, or attract insects, and it maintains its shape and levelness over decades. These systems also allow for longer spans and fewer supports, creating greater design flexibility while delivering superior load-carrying capability.
Aluminum framing systems
Aluminum framing offers many of the same benefits as steel, including corrosion resistance and dimensional stability, but with a lighter weight and an excellent strength-to-weight ratio. Aluminum does not rust, absorb moisture, or require chemical treatment. It remains flat and true over time, reducing movement in the deck surface and eliminating the need for joist tape or protective coatings.
Composite structural framing
Composite structural framing is manufactured from wood-free engineered materials designed to resist moisture, insects, and decay. These components provide consistent dimensions and long-term stability without the twisting, cupping, or shrinking commonly associated with wood. Composite framing installs similarly to traditional lumber while delivering significantly improved durability.
Together, these non-wood framing options offer homeowners greater peace of mind and improved long-term value. By eliminating the most common causes of structural failure found in wood framing, non-wood systems create decks that stay straighter, quieter, and structurally sound for decades. This is why non-wood framing is widely regarded as a major advancement in deck technology and a cornerstone of truly premium outdoor living spaces.
What are mechanical footings, and how do they protect deck posts and structure
Mechanical footings are engineered support systems designed to provide consistent structural support while helping prevent posts from contacting the ground. This is important because ground contact can introduce moisture exposure, soil movement issues, and long-term deterioration risk. Mechanical footings can improve load transfer, reduce settlement concerns, and support a longer-lasting deck structure. When paired with wood-free decking systems and steel framing, footing technology becomes a key part of building a deck designed for decades of ownership.
What is hidden fastening technology, and why do premium decks use it
Hidden fastening technology refers to fastening systems that secure deck boards without leaving exposed screw heads across the surface. This improves appearance, comfort, and safety. A hidden fastener system creates a smoother walking surface, reduces snag points, and supports a cleaner finish that looks more like a high-end outdoor room than a basic platform. In many composite deck systems, hidden fasteners also help maintain consistent spacing for drainage and thermal movement control.
How does deck board installation technology affect the final look of a deck
Installation technology includes board layout planning, seam control, fastening method, and edge finishing. A premium install avoids random seams and unnecessary butt joints, uses clean fascia detailing, and maintains consistent board spacing for drainage and expansion management. This level of planning is a technology-driven process because it relies on precise layout, material knowledge, and system-based installation standards. The result is a deck surface that looks intentional, polished, and professionally engineered.
What deck technology helps manage water, drainage, and moisture
Moisture management technology includes underdeck drainage systems, proper slope planning, flashing integration, water shedding design, and ventilation strategies that help the structure dry efficiently. For elevated decks, underdeck drainage can create a dry space below for storage or patio use. For any deck, good moisture management protects framing, prevents trapped water, and helps maintain a cleaner deck surface. This is especially valuable in climates with regular rain, humidity, and seasonal temperature shifts.
What technology makes decks more usable at night and safer on stairs
Deck lighting technology includes low-voltage LED lighting, recessed step lights, stair riser lights, post cap lights, and pathway illumination designed for visibility and ambience. Good lighting improves safety on stairs, transitions, and rail lines while extending the usable hours of an outdoor living space. When lighting is planned as part of the deck system, wiring routes, transformer placement, and fixture selection are integrated cleanly into the design, improving reliability and aesthetics.