INS 1505
esterTriethyl Citrate/Ethyl Citrate
Halal
Is INS 1505 (Triethyl Citrate) halal?
Generally accepted as halal. Typically derived from plant or synthetic sources with no prohibited ingredients.
What to do
Safe to buy. This additive is permissible under Islamic dietary law.
Where is INS 1505 used?
INS (International Numbering System) codes are maintained by the Codex Alimentarius Commission and used on food labels in many countries outside the EU. You will commonly see INS 1505 on packaging from:
In the EU and UK, the same additive appears as E1505. The ingredient, halal status, and sourcing considerations are identical — only the labelling system differs.
EU / UK equivalent: E1505
INS 1505 and E1505 refer to the same food additive — Triethyl Citrate/Ethyl Citrate. If you are checking a product purchased in the UK or Europe, look for E1505 on the label instead.
See full E1505 halal guide →About INS 1505
A ester of citric acid
Sources / Derived From
- citric acid + ethanol (the ethanol is consumed in the reaction - not present as free alcohol)
Foods that commonly contain INS 1505
Frequently Asked Questions
Is INS 1505 (Triethyl Citrate/Ethyl Citrate) halal?
INS 1505 (Triethyl Citrate/Ethyl Citrate) is classified as Halal. Generally accepted as halal. Typically derived from plant or synthetic sources with no prohibited ingredients.
What is INS 1505 used for?
INS 1505 is used as a solvent and stabiliser for food colors and flavours in food products.
What is the difference between INS 1505 and E1505?
INS 1505 and E1505 are the same additive — Triethyl Citrate/Ethyl Citrate. INS numbers are used on food labels in Australia, New Zealand, Malaysia, Singapore, Indonesia, India, and GCC countries. The E-number system (E1505) is used in EU and UK markets. The halal status is identical regardless of which label system is used.
What foods contain INS 1505?
INS 1505 (Triethyl Citrate/Ethyl Citrate) is commonly found in: used as solvent for food dyes and aromas.
What is INS 1505 made from?
INS 1505 can be derived from: citric acid + ethanol (the ethanol is consumed in the reaction - not present as free alcohol).
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