Last Updated on October 4, 2026 by Umar Farooq
Use the stain removal chart below by finding what the stain is made of, not what it is called. Every row gives the same three things: what the mark actually is, the first move that works, and the one action that makes it permanent. If you only take one line away, take this one — do not put a stained garment in a dryer until the mark is gone, because heat is what turns a treatable stain into a lasting one.
Most charts list home remedies. This one lists mechanisms, because two stains that look identical can need opposite treatments.
Why a chart has to be keyed to what the stain is made of
A stain is removed by whichever agent can reach the substance sitting in the fibre, and there are only five. Water-soluble marks rinse. Oils need a surfactant. Proteins need enzymes. Pigments and dyes need a solvent or an oxidiser. Minerals need an acid. Reach for the wrong one and you waste an afternoon; reach for the opposite one and you set the mark for good.
That is why “blot it and wash it” charts fail on the stains people actually search for. Chocolate is a protein stain wearing a pigment coat. Rust is already oxidised, so bleach — an oxidiser — darkens it. Lipstick is wax plus oil plus pigment and needs three steps in sequence. A chart that lists stains alphabetically without saying what each one is leaves you guessing.
The stain removal chart: 18 marks and what each one answers to
The “never” column is the important one. A wrong first move can be retried; that column is how garments are lost.
| Stain | What it actually is | First move | Never |
|---|---|---|---|
| Rust | Iron oxide — already oxidised | A commercial rust remover, or lemon and salt in sun | Chlorine bleach. UGA: it “will set these stains” |
| Grass | Chlorophyll pigment plus plant protein | Enzyme detergent worked in, left to dwell | Dry it before the green has fully gone |
| Red wine | Tannin and anthocyanin dye | Salt or cold water immediately, then oxygen bleach | Hot water or a hot iron over the mark |
| Coffee and tea | Tannin, plus milk protein if white | Cool rinse, then enzyme detergent soak | Soap on a tannin stain before rinsing |
| Chocolate | Protein and fat under a pigment | Cold rinse from the back, then enzyme pre-soak | A hot pre-wash — it cooks the protein in |
| Dried blood | Haemoglobin protein | Cold water and an enzyme soak, 30 minutes plus | Warm or hot water at any stage |
| Sweat marks | Protein, salts and antiperspirant aluminium | Oxygen bleach soak, hottest water the label allows | Ironing over it — heat ruins the fabric |
| Deodorant streaks | Alkaline aluminium salts, chalky and white | Undiluted dish detergent rubbed in | Chlorine bleach, which darkens the yellow |
| Cooking oil | Triglyceride oil in the weave | Absorbent powder, then dish detergent | Rinsing with water first — it spreads the mark |
| Motor oil | Oil plus metal and carbon particles | Dry absorbent, then degreasing detergent | A hot dryer on any remaining shadow |
| Tar | Bitumen — soft, sticky, heat-mobile | Harden with ice, lift the solid, then solvent | The dryer. Melted tar coats the drum |
| Candle wax | Paraffin, usually with dye in it | Freeze, crack off, then iron through paper towel | Treating the colour before the wax is gone |
| Chewing gum | Polymer base, not a stain at all | Ice until brittle, then scrape | Alcohol on anything going into a machine |
| Lipstick | Wax, oil and pigment in one mark | Dish detergent for the oil, then solvent for pigment | Rubbing — it spreads the pigment wider |
| Makeup and foundation | Oil or water base, depending on the product | Identify the base first, then match the agent | Hot water on an unknown cosmetic |
| Hair dye | A dye, designed to bond permanently | Act within minutes; detergent, vinegar and water soak | Expecting full removal once it has dried |
| Permanent marker | Pigment in an alcohol-based carrier | Alcohol, blotted through onto a pad underneath | Putting an alcohol-wet garment in the washer |
| Nail polish | Nitrocellulose lacquer with pigment | Acetone, but only on cotton and only if fresh | Acetone on acetate — UGA says it froths |
Three rows where the published sources flatly disagree
A chart that hides disagreement pretends to a confidence nobody has. Three rows above sit where reputable sources contradict each other.
Super glue. The University of Georgia Extension’s apparel instruction runs five words: “This stain cannot be removed” (glue stains). Tide publishes a full procedure for the same stain. An extension service has nothing to sell; a detergent brand does.
Nail polish. Clorox is the only major source willing to say it out loud: “in my experience nail polish stains on fabric are generally permanent… I have yet to see this actually work once the stains have dried” (nail polish on clothes). Everyone else publishes an acetone method. Both can be true: acetone works on fresh polish on cotton and does very little a day later.
Chocolate temperature. Maytag’s chocolate page says “you actually need both hot and cold water.” Tide’s says “do not use hot water during this process as that can actually help set the stain.” They are describing two halves of one stain — fat likes warmth, protein does not — and the row above goes cold first, protecting the half you cannot recover.
The row no chart includes: your own washing machine
Every stain chart treats the garment and ignores the appliance it is about to go into. That gap starts with a safety line.
Maytag puts it in its paint article, and it is not a suggestion: “Do not put articles in your washer or dryer that have been previously cleaned, washed, soaked or spotted with gasoline, dry-cleaning solvents, or other flammable or explosive substances” (paint on clothes). Rubbing alcohol belongs in that group. Rinse thoroughly, every time, before the garment goes in.
Two more machine-side rows. Tar and melted wax transfer to the drum and then to the next six loads, so check both by hand before the dryer. And if marks arrive on garments that were clean going in, the chart is the wrong tool — the machine is staining your laundry, and the drain holes in the basket are where to start.
FAQ
What is the single most useful rule on a stain removal chart?
Air dry and inspect before any heat. Dryer heat converts most treatable stains into permanent ones, and wet fabric hides a faint mark well enough to fool you.
Should I use hot or cold water on an unknown stain?
Cold. Heat sets protein and most pigments. You can raise the temperature on a second attempt; you cannot lower it retrospectively.
Does a stain removal chart work for upholstery and carpet as well?
Only partly. The chemistry is the same, the method is not: carpet can only be blotted, and over-wetting upholstery leaves a ring. Treat the chart as apparel guidance.
Why do two sources give opposite advice for the same stain?
Usually because the stain has two components with opposite needs, and each source solves for a different one. Choose the instruction protecting the half you cannot recover.
What is the best all-round product if I only keep one?
An oxygen bleach powder. Colour-safe, it covers the pigment and protein families, and its only requirement is time in the water.
Can I treat a stain weeks later?
Often, if it has never been through a dryer. Where it has, see removing old set-in stains.
Find the row, then go and read the care label
A chart is a shortcut, and shortcuts assume things: a washable fabric, a colourfast dye, a label you read. Pre-test anything stronger than detergent on an inside seam first. That instruction sits on every University of Georgia Extension stain page I have opened, because dye damage is not reversible and a stain usually is.
Then work in order: identify, treat, rinse, wash, air dry, look. The looking is the step people skip, and the only one you cannot repeat later.
