Peppermint essential oil isn't decoration in your cleaner. It disrupts bacterial membranes, inhibits fungal biofilm, and delivers a real sensory signal. Here's what makes it genuinely functional, and where the evidence gets thin.

Lemongrass appears across several of our products, and not just for scent. Citral, geraniol, and limonene give the oil real deodorizing and antimicrobial properties. Here's what the research actually shows, how we source it, and why we prefer it to synthetic alternatives.

Plant-derived surfactants — coco-glucoside, decyl glucoside, sodium coco-sulfate — are made from coconut oil, corn sugars, and similar feedstocks instead of petroleum. They clean through the same chemistry as conventional surfactants but break down faster in waterways and irritate skin less. This walks through the most common plant-derived surfactants, where they come from, and how they actually perform.

Plant-derived dish soaps cut grease through the same surfactant chemistry as petroleum-derived ones — surfactants surround fat molecules and lift them off the surface, whatever they're made from. The differences are smaller than the marketing suggests. This walks through the chemistry, the points where plant-derived soap behaves a little differently, and the small technique adjustments that close the gap.

Sulfate-based dish soaps strip grease through aggressive surfactants and a lot of foam. Plant-derived soaps work through the same underlying chemistry, just with a slightly different feel and technique — water temperature, contact time, and soap concentration each pull more weight. This walks through the methods that get a sulfate-equivalent clean from NFP's plant-derived dish soap line, without the harsh stripping side effects on your hands.