When you pick up one of our products, you can read every ingredient on the label. Not because we're required to by law, but because we chose to—long before transparency became a marketing advantage. The reason we do this comes down to something simple: we can't ask you to trust us without showing you exactly what you're buying and why each thing is there.
This document isn't a product-by-product ingredient list. You'll find those on our product pages and packaging. This is something different: an explanation of the ingredient categories we use across all our formulas, what each category does, what we use specifically, what we deliberately avoid, and what the tradeoffs look like. If you finish reading this and still have questions about a specific product, our full ingredient lists are available at Our Story & Standards.
Plant-Derived Surfactants: The Core Cleaning Agent
The ingredient that actually cleans is the surfactant. Surfactants are molecules with one end that loves water and one end that loves oil. They surround grease and dirt, lift it away from surfaces and skin, and let water rinse everything away. Without surfactants, water alone can't break the bond between soil and surface. Every cleaning product contains one.
The choice that defines our entire line is which surfactants we use. Most conventional cleaners rely on sulfate-based surfactants derived from petroleum or heavily processed animal products. We use plant-derived alternatives, primarily surfactants made from coconut oil. Sodium coco-sulfate and sodium cocoyl isethionate are our primary choices across the line. They're biodegradable, gentler on skin than many conventional surfactants, and they perform as well as the synthetics—with the tradeoff that they cost significantly more per unit.
Plant-derived doesn't mean weak. We test our formulas in our own facility against conventional alternatives, and we don't move forward unless our products clean as well or better. The reason we make this choice isn't because plant-derived surfactants are inherently superior from a performance standpoint. It's because they align with our philosophy: use the simplest, gentlest active ingredients that still get the job done, and don't substitute cost savings for something you'll never see on a label.
The longer answer is that plant-derived surfactants are derived from renewable sources, they break down more readily in aquatic environments, and they're less likely to irritate sensitive skin. We can list the specific surfactant on every label. There's no hiding behind "surfactant blend" or proprietary formulas. You know exactly what's doing the cleaning work.
Preservatives: Preventing Spoilage Without Synthetic Additives
Preservatives exist for one reason: to prevent bacteria, mold, and yeast from growing in the product. Without them, your dish soap would start breeding pathogens after a few weeks. This is not optional. It's a safety requirement.
The challenge is finding preservatives that work, that won't irritate sensitive skin or respiratory systems, and that allow us to be transparent about what's in the formula. We use sodium benzoate and potassium sorbate as our primary preservatives. Both inhibit microbial growth across a broad spectrum. Both are widely accepted in organic and clean-label formulations. Both have well-established safety profiles across decades of use.
What we don't use: parabens (methylparaben, propylparaben, butylparaben), which accumulate in body tissue and can mimic hormones; synthetic antimicrobials like triclosan or benzalkonium chloride, which create resistance problems and can affect endocrine function; or phenolic compounds that accumulate systemically. We also don't use formaldehyde-releasers like dmdm hydantoin, which gradually release formaldehyde as the product sits on the shelf.
The tradeoff is that our preserved shelf life is shorter than heavily preserved conventional products. A bottle of our hand soap maintains stability for about 18 months from manufacturing, compared to three years or more for mass-market soaps with synthetic preservative loads. We accept that constraint because it means less preservative overall and transparent ingredients that don't carry long-term accumulation risk.
Water: The Base of Everything
Water is the largest ingredient by weight in every liquid product we make. It's deionized—meaning we remove dissolved minerals that would interfere with the formula's stability and effectiveness. Beyond that, there isn't much to explain. Water is water. It's there because surfactants, preservatives, and other active ingredients need a vehicle to work, and water is the safest, most stable option.
We don't add softening minerals, pH buffers, or stability compounds that would change water's basic profile. What you see on the ingredient list as "water" is deionized water with nothing else added to it.
Scenting: Essential Oils or Nothing At All
If a product in our line has a scent, it comes from essential oils. No synthetic fragrance, no "fragrance blend," no carriers or fixatives masking as separate ingredients. Eucalyptus, lavender, peppermint, lemon—these are named specifically on the label.
Our Free & Clear line has no scent at all. These are products for people who don't want any scenting compounds, whether plant-derived or synthetic. They work exactly the same as our scented products. The only difference is the absence of essential oils.
Why this choice? Essential oils cost more than synthetic fragrance chemicals, but more importantly, they allow us to be honest about what we're adding to a product that touches your skin or surfaces where your family lives. When you buy a Natural Flower Power product, you're not guessing what "fragrance" means. You know exactly what scent compound is in the formula.
The honest tradeoff: our scents are subtler than heavily fragranced competitors. Essential oils are concentrated, and we use them conservatively to avoid irritating sensitive mucous membranes. If you expect your cleaning products to smell like a perfume cloud, we're probably not your brand. If you want cleaning power with a pleasant scent that doesn't trigger reactions, we're exactly what you're looking for.
We also acknowledge that essential oil concentrations can shift slightly over the product's shelf life. A bottle of our lavender hand soap made today will smell slightly different in 12 months, because essential oils oxidize and their compound profile changes. We see this as transparency, not a quality problem. You're getting real plant material, not a lab-engineered scent engineered to never change. If consistency of fragrance across years matters to you, that's a valid preference—it just points to a different product category.
Thickeners and Stability Agents: Keeping Things Balanced
Some of our products—particularly liquid hand soaps and all-purpose cleaners—need to be thicker than pure water mixed with surfactants. We use plant-derived thickening agents and pH stabilizers to achieve the right texture and to keep the formula from separating or degrading over time.
Common choices include sodium chloride (salt, which thickens surfactant solutions), citric acid (a natural acid from citrus that adjusts pH without harsh chemicals), and plant-derived polymers that improve texture without affecting safety or performance. We avoid synthetic thickeners and polymers that don't break down readily in the environment or that require complex chemical processing to make.
Again, the tradeoff exists. Plant-derived thickeners are more expensive and sometimes more finicky to work with—temperature and pH changes affect them differently than synthetic polymers. Our formulation team spends more time testing and optimizing to get the texture and stability right. That cost is real, and it's built into our product pricing.
What We Don't Use and Why
Understanding what we leave out is just as important as understanding what we put in. We don't use sulfates because they can be harsh and stripping. We don't use synthetic dyes or colorants because they serve no function—they're pure marketing—and because artificial dyes can trigger reactions in sensitive people. We don't use heavy fragrance loading because it's optional and expensive and creates situations where transparency becomes impossible.
We don't use chelating agents like EDTA unless absolutely necessary, because they can interfere with water treatment processes downstream. We don't use formaldehyde-releasing preservatives. We don't use synthetic musks or phthalates. We don't use petrochemical-derived ingredients when plant-derived alternatives perform adequately. None of these are absolute prohibitions—we're not ideologically opposed to chemistry. We're opposed to unnecessary complexity, hidden ingredients, and cost-cutting that shows up in someone's sensitivity reaction instead of in a cleaner balance sheet.
The Real Story About Tradeoffs
Making products this way costs more. Plant-derived surfactants are 3-5 times the price of conventional sulfates. Essential oils cost more than synthetic fragrance chemicals. Sodium benzoate and potassium sorbate are pricier per unit than some synthetic preservative blends. Shorter shelf life means more careful inventory management and less room for excess stock.
We could reduce these costs by cutting corners, and if we did, our pricing would drop. We could claim "natural" and "safe" without showing our work. We could use the fragrance loophole to hide ingredient complexity. We could extend shelf life with preservatives that aren't disclosed individually.
That's not how we operate. We chose the tradeoff of higher cost and shorter shelf life in exchange for transparency you can actually use. When you're sitting with a sensitivity reaction, trying to figure out what caused it, you can look at our product and see every single ingredient. You're not guessing. You're not hunting for hidden compounds under vague category names. You know what's in the bottle and what's not.
That's worth something. To us, it's worth everything. To the customers we're built to serve—the sensitivity sufferers, the concerned parents, the people who've been burned by greenwashing—it's the only way that makes sense.
If you want to see the specific formulas for our dish soaps, hand soaps, and all-purpose cleaners, every ingredient list is available on product pages. If you have questions about why a specific ingredient is in a formula, we're here to answer. That's part of transparency: not just showing the list, but being willing to explain it.
