library of all questions and answers

The warranty covers the integrity of the product as manufactured. It guarantees that the polyurea coating will not spontaneously peel, blister, or separate from the foam core, and that the product will not rot, rust, or degrade due to standard weather exposure over its guaranteed lifespan.

We stand behind our engineering. We offer a comprehensive long-term warranty against manufacturing defects, delamination of the polyurea hard coat, and structural failure of the EPS core under normal environmental conditions. When you build with us, you are building a permanent asset.

Yes. While we proudly manufacture everything in Florida, we are a national B2B partner. We coordinate daily with dedicated LTL (Less Than Truckload) and full truckload freight carriers to deliver projects to job sites in all 50 states, from New York to California.

We don’t take chances with shipping. Every order is custom-crated by our logistics team in Jacksonville. We build robust wooden crates, use specialized foam packing to prevent shifting, and wrap the elements to protect them from moisture and road debris during transit.

Because all of our custom architectural elements are engineered and cut specifically to your approved shop drawings, they cannot be resold. Therefore, custom-fabricated products are strictly non-refundable and cannot be returned unless they arrive with a manufacturing defect.

EPS stands for Expanded Polystyrene. We use a high-density, closed-cell architectural grade of EPS. It is used because it is incredibly lightweight, structurally stable, rot-proof, and can be shaped into infinitely complex geometries. It provides the perfect permanent core for architectural elements.

From a pure material standpoint, engineered foam is generally more cost-effective. But the real savings happen on the job site. Because our products are lightweight, you eliminate the need for heavy cranes, structural steel reinforcements, and high-priced masonry labor. The installed cost is dramatically lower.

Absolutely. We never guess. For all custom orders, we provide detailed 3D visualizations and dimensioned shop drawings. Production does not begin until you or your architect review the drawings and sign off on every detail.

For standard catalog items, our typical lead time is 2 to 3 weeks. For custom fabricated architectural shapes, lead times generally range from 3 to 5 weeks after you officially approve the final shop drawings. Timelines may adjust based on the scale and complexity of the project.

Yes, for most exterior applications. While the adhesive provides the primary bond, mechanical fasteners (like galvanized or stainless steel screws, nails, or masonry anchors) act as clamps. They hold the architectural shape securely in place while the polyurethane adhesive fully cures.

We strongly recommend using a premium, exterior-grade polyurethane construction adhesive (such as PL Premium). Polyurethane adhesives create a permanent, weatherproof bond between our EPS foam elements and common substrates like wood, stucco, brick, or Tyvek house wrap.

Absolutely. While we handle massive commercial projects, we regularly work with homeowners looking to upgrade their curb appeal. Whether you need a custom stucco mailbox, elegant window surrounds, or a new porch column, we bring the same commercial-grade quality to your home.

Yes. We utilize advanced CNC technology that guarantees 100% dimensional accuracy and repeatability. Whether you are ordering 10 window surrounds or 1,000, the first piece will be identical to the last. This ensures a flawless, uniform aesthetic across your entire community or commercial park.

They drastically accelerate it. Because our products don’t require heavy lifting equipment, prolonged curing times, or specialized masonry crews, installation happens in a fraction of the time. What takes days with precast concrete takes hours with engineered foam, allowing you to close out building phases faster.

Yes, this is one of our specialties. Historical restorations often involve heavy, deteriorating masonry that is unsafe or too expensive to replace with original materials. Send us a physical slice, a mold, or precise dimensions of the original piece, and we will replicate it perfectly in lightweight, permanent foam.

Yes, we actively partner with building material dealers and distributors across the USA. We offer structured volume discounts and wholesale pricing tiers designed to give you healthy margins while providing your clients with premium architectural solutions.

Yes. We don’t just ship the product and disappear. Every custom order comes with detailed shop drawings and installation guidance. If your project manager or crew foreman runs into a unique challenge on site, our technical support team in Jacksonville is just a phone call away.

The difference is staggering. A large architectural cornice that might weigh 500 lbs in precast concrete will typically weigh less than 20 lbs when fabricated from our engineered foam. This means a two-person crew can safely lift and install massive architectural features without a crane.

Not at all. You can stop fighting with concrete and heavy machinery. Because our architectural shapes are incredibly lightweight, your standard framing, siding, or carpentry crews can handle the installation. You don’t need to hire expensive, specialized masonry subcontractors.

The primary weather consideration involves the adhesive and the final paint application. Most construction adhesives require temperatures above 40°F (4°C) to cure properly, and the surfaces must be dry. The polyurea hard coat itself is highly weather-resistant, but you should follow the adhesive manufacturer’s guidelines for the best bond.

Yes. While we engineer everything to fit your exact specifications to minimize on-site labor, field adjustments are sometimes necessary. Your crew can easily cut or miter our foam elements using standard woodworking tools, such as a masonry blade on a miter saw or a fine-tooth hand saw.

Installation is fast and relies on standard tools. Most elements are secured using a combination of premium polyurethane construction adhesives and mechanical fasteners (like corrosion-resistant screws or anchors). We provide clear, step-by-step installation guides to ensure your crew gets it right the first time.

It’s straightforward. You can specify our products as “High-density EPS foam architectural elements with a reinforced polyurea hard coat by Decorative Architectural Shapes.” If you need specific technical data sheets, CAD blocks, or performance specs for your documentation, just reach out to our engineering desk—we’ll provide exactly what you need.

Always. We act as your engineering partner. Before a single piece of foam is cut, we provide comprehensive 3D visualizations, itemized proposals, and detailed shop drawings. We ensure every dimension aligns perfectly with your master plans, leaving zero room for costly on-site surprises.

Yes. We don’t just cut foam; we finish it. After applying our protective polyurea hard coat, we can apply expert faux finishes that perfectly mimic the look, feel, and texture of natural stone, stucco, or precast concrete. Once installed and painted, no one will know it’s foam.

Absolutely. Custom foam fabrication is our core competency. You don’t have to compromise your vision to fit a standard catalog. Send us your CAD files, PDFs, or even hand sketches. Our engineering team will translate them into precise digital models and fabricate them with millimeter accuracy using advanced CNC hot-wire technology.

Practically none. Because we use engineered EPS foam, we aren’t restricted by the complex, expensive mold-making processes required for concrete or fiberglass. Whether you need sweeping arches, intricate historical corbels, or avant-garde 3D wall panels, if you can sketch it, we can build it.

No, and that’s the beauty of our product. Our elements are up to 70 times lighter than precast concrete. You get the massive, monumental look of stone without adding significant dead load to the building. This eliminates the need for expensive structural steel reinforcements, saving both engineering time and project budget.