The Bond That Fails at 11 PM
You're mid-build. You need something to bond ABS to galvanized steel — permanent, impact-resistant, needs to cure by morning so you can finish the paint stage. You have fourteen adhesives in the shop. Six are cyanoacrylate variants, two are 2-part epoxy, one is a urethane-based spray, three are contact cement in different viscosities, and the last two you genuinely can't identify because the labels peeled off during a flood three years ago.
You spend 40 minutes reading product descriptions on your phone, cross-referencing the manufacturer PDFs you may or may not have bookmarked, and ultimately use something you're not certain about. The joint fails in two days because you missed that that particular variant doesn't bond non-PE/PP plastics to coated metals.
That failure is documentation failure, not product failure.
The Fields That Make a Catalog Useful
The Adhesives template is built around the parameters that actually differentiate adhesives in practice, rather than the marketing categories suppliers use.
Bond Strength in PSI is the field most DIYers skip because it sounds like spec-sheet noise. It isn't. When you're selecting an adhesive for a structural bracket that will take vibration load or a resin cast that will be handled repeatedly, the difference between a 1,500 PSI and a 4,000 PSI bond is the difference between a working assembly and a callback. Logging this number from the technical data sheet at intake means you have it when you're making the selection decision at 11 PM, not when you're looking for the product page.
Set Time vs. Min/Max Cure Times are logged as separate duration fields, which matters because these are three different things. Set time is when you can stop clamping. Min cure is when the bond reaches working strength. Max cure is when it reaches rated strength — often 24 to 72 hours for structural epoxies, even when they feel solid at four hours. Builders who confuse set time with cure time and stress the joint early get sub-rated bonds. Having all three values visible on the record, not buried in a PDF, changes how you plan build sequences.
Bonding Materials uses a 31-item multichoice list that covers the actual substrate taxonomy: not just "metal" but Galvanized Steel, Copper, Brass, Chrome, Coated Metals — separately. Not just "plastic" but ABS, Acrylic, PVC, Vinyl, Non-PE/PP plastics, Thermoset Thermoplastics, Carbon Fiber Composite Thermoplastics. The distinction between a regular super glue (which cannot bond PE or PP) and a specialty cyanoacrylate formulated for polyolefin bonding is exactly the kind of nuance that this field captures. Multichoice means you can filter: show me everything that bonds both Fiberglass and Rubber with Waterproof and Impact Resistant attributes.
Pulling the Right Tube Under Pressure
Three months after you cataloged a moisture-cure urethane adhesive — the one with the non-drip formula, rated for outdoor use and UV heat resistance, sets dirty/greasy surfaces — a subcontractor calls asking what to use for a rooftop bracket repair where the steel has surface rust and it's going to rain tomorrow.
You filter: Attributes includes Bonds on Dirty/Greasy Surfaces + Weather Resistant + Outdoor Use. Materials Resistant To includes Water + UV Heat. Bonding Materials includes Galvanized Steel. Two records come back. One has a max cure time of 72 hours — too slow. The other cures in four hours and the On Hand field shows you have one tube in stock at the Home location.
That's the operational value of the catalog: not discovering new products, but being able to locate and validate the right existing product in 90 seconds when the situation is live.
The Precautions multichoice field — which includes things like "No Direct Exposure to Kerosene, Gasoline, or Aromatic Hydrocarbons" — ensures you're not recommending an adhesive that's chemically incompatible with the application environment without realizing it. It's a quick-reference safety layer built into the record, not an afterthought in a manual no one reads.