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Case study

AragoCor Minerals

A full marketing site for an industrial mineral supplier — and the AI sourcing tool that turns visitors into quotes.

Website design and build · Technical copy · AI tooling · 2026

AragoCor Minerals homepage: oolitic aragonite sized to your process, over Bahamian ocean photography

The situation

AragoCor supplies Bahamian oolitic aragonite into five very different markets: agriculture, glass, water treatment, polymers and construction. Same mineral, five buyers who care about entirely different things. A soil agronomist and a glass batch engineer share almost no vocabulary.

Most industrial supplier sites solve this by going vague — a stock photo, "quality solutions for your needs," and a contact form. That loses the technical buyer, who is scanning for one thing: does this material meet my spec?

The site needed to be specific enough to satisfy an engineer and organized enough that five audiences could each find their own room.

Constraints

The buyer is technical and skeptical, so vague claims actively lose the sale. Five application areas had to be served from one product line without the site fragmenting into five sites. And anything added later — including the sourcing tool — had to drop onto the finished site without a rebuild.

What I built

A structure organized around the buyer, not the org chart. Products are graded by process — AG-CAL, GL-CAL, WT-CAL, PL-CAL — each carrying the particle sizing a buyer actually checks for: 0.2–0.5 mm, under 0.1 mm, 1–3 mm. Industries gets its own path for buyers who don't yet know which grade they need. Science holds the technical depth and the downloadable data sheet, available without cluttering the sales route.

Application areas grid: agriculture, aquaculture, energy and other markets served by one mineral
Five audiences, one mineral. The applications grid is the fork in the road for a buyer who doesn't yet know their grade.

Copy with numbers in it. 96–98% CaCO₃. Classified 20 to 325 U.S. mesh. No calcination step. OMRI listed for organic production. The sourcing process written out in five plain stages, ooid bank to dock, naming the supply chain rather than gesturing at it. Writing this required understanding the material, not just restyling a brief.

Product catalog showing four aragonite grades with particle sizing for each process
Four grades, each labelled with the particle sizing a buyer checks before anything else.

A visual system that stays credible. Marine photography from where the mineral forms, editorial serif headlines, generous whitespace. Restrained enough to read as a serious industrial supplier rather than a startup.

Conversion built into the frame. "Request bulk pricing" sits in the header on every page — the single action the site exists to drive.

Then: the sourcing tool

The site answered what AragoCor sells. Buyers still stalled on the next question — what it costs to move a container from origin to their port — and every one of those went to a salesperson, who spent the day re-answering the basics.

So I built a second layer: a searchable mineral catalog, a maritime freight and stowage calculator that returns real shipping figures, and RFQ capture that routes to sales with the conversation already attached, so the first human reply can be an actual quote. It runs on live AI with an offline knowledge engine behind it, so it degrades instead of failing when a provider is unreachable. It deploys as a floating widget on the existing site — no rebuild.

Dual-mode AI: live model with an offline fallback A buyer question goes to the live Gemini API. On success the answer returns directly. If the live service is unreachable, the question falls through to an offline knowledge engine, which returns the answer instead. Buyer question PRIMARY PATH Gemini API unreachable FALLBACK Offline knowledge engine on success Answer returned
The tool sits on the revenue path, so it has two ways to answer. When the live model is unreachable the offline engine takes the question — the buyer gets a degraded answer instead of an error.

Decisions and tradeoffs

Specificity over polish. Mesh sizes and CaCO₃ percentages in the hero, not "premium quality minerals." That narrows the audience and converts the part of it that matters.

A second answer path, at a cost. Building the offline fallback took real time up front. It also means a sales tool that stays up when a third-party API doesn't — a fair trade for something sitting on the revenue path.

Standalone before embedded. The tool went live on its own URL first, so the freight logic could be tested against real use before appearing in front of existing customers.

Calculator over chatbot. The AI is the interface; the freight number is the product. Plenty of tools will chat with a buyer. Far fewer give them a number they can act on.

RFQ path: from buyer question to sales inbox A buyer question routes to either catalog search or the freight calculator. Both feed RFQ capture, which delivers to the sales inbox with the conversation context attached. Buyer question Catalog search Freight calculator RFQ capture Sales inbox with conversation context attached
Both answer paths end in the same place. Sales opens an RFQ that already carries what the buyer asked and what the calculator returned, so the first human reply can be a quote.

Where it stands

The site is live at aragocorminerals.com, instrumented from launch with privacy-friendly analytics and conversion events on the quote path — so the question of what's working is answered with data rather than opinion. The sourcing tool is running on its own URL in staged rollout, with freight logic being validated against real inquiries ahead of embedding it on the main site.