Comparing E102 - Tartrazine vs E111 - Orange GGN

Synonyms
E102
Tartrazine
Yellow 5
Yellow number 5
Yellow no 5
Yellow no5
FD&C Yellow 5
FD&C Yellow no 5
FD&C Yellow no5
FD and C Yellow no. 5
FD and C Yellow 5
Yellow 5 lake
E111
Orange GGN
Alpha-naphthol
Alpha-naphtol
alpha-naphthol orange
Functions
Products

Found in 23,316 products

Found in 4 products

Search rank & volume
#7732.7K / mo🇺🇸U.S.
#338380 / mo🇺🇸U.S.
Awareness score

×0.20
under-aware

×6.73
over-aware

Search volume over time

Interest over time for 12 keywords in U.S. during the last 10 years.

Interest over time for 5 keywords in U.S. during the last 10 years.

Popular questions
  1. Is yellow 5 bad for you?

    At permitted food-use levels, tartrazine (FD&C Yellow 5) is considered safe by regulators (ADI up to 7.5 mg/kg body weight/day). A small number of people—especially those with aspirin sensitivity—may have hives or asthma-like reactions, and the EU requires a label about possible effects on activity and attention in children.

  2. What is yellow 5 made of?

    It is a synthetic azo dye: the trisodium salt of a sulfonated aromatic azo compound based on a pyrazolone ring (C.I. 19140). It is produced from petroleum-derived intermediates such as sulfonated anilines and a pyrazolone derivative.

  3. Is yellow 5 bad?

    For most consumers, no—it's approved and considered safe at typical dietary intakes. Rare hypersensitivity reactions can occur, and some children may be susceptible to small, reversible effects on behavior.

  4. What does yellow 5 do to your body?

    It primarily provides color and is largely excreted, with a small portion metabolized by gut bacteria before elimination. In sensitive individuals it can trigger hives or wheezing, and some children may experience mild, short-lived effects on activity or attention.

  5. How is yellow 5 made?

    Industrially, sulfanilic acid (or similar sulfonated anilines) is diazotized and azo-coupled to a pyrazolone derivative, then neutralized to form the trisodium salt. Lake forms are made by precipitating the dye onto an insoluble substrate such as aluminum hydroxide.

  1. How long does e111 pill last?

    There isn’t an “E111 pill”—E111 is Orange GGN, a synthetic azo dye formerly used as a food colorant but banned from foods (EU since 1978) due to safety concerns.

  2. E111 card how long does it take?

    There is no “E111 card” in the context of food additives; E111 is the code for Orange GGN, a prohibited food dye.

  3. E111 what does it cover you for?

    E111 doesn’t provide coverage—it’s the E‑number for Orange GGN, an azo dye that is banned for food use and not listed by Codex Alimentarius.

  4. How to claim on e111?

    You can’t claim on E111; it refers to Orange GGN, a banned food color, not a benefits form or program.

  5. How to separate lauric acid from alpha naphthol?

    This concerns alpha‑naphthol (not the dye E111, which is Orange GGN); in a lab mixture, lauric acid is typically separated from 1‑naphthol by acid–base extraction (e.g., extract the acid into aqueous bicarbonate, then re‑acidify to recover it).