Comparing E250 - Sodium nitrite vs E249 - Potassium nitrite

Synonyms
E250
Sodium nitrite
NaNO2
E249
Potassium nitrite
Products

Found in 10,296 products

Found in 4 products

Search rank & volume
#12212.5K / mo🇺🇸U.S.
#301630 / mo🇺🇸U.S.
Awareness score

×0.18
under-aware

×10.78
over-aware

Search volume over time

Interest over time for 3 keywords in U.S. during the last 10 years.

Interest over time for 2 keywords in U.S. during the last 10 years.

Popular questions
  1. Is sodium nitrite bad for you?

    In regulated amounts used in cured meats, it’s considered safe and helps prevent botulism; EFSA’s acceptable daily intake (ADI) for nitrite is 0.07 mg/kg body weight per day from all sources. High doses can cause methemoglobinemia and can promote nitrosamine formation, so use levels are strictly limited.

  2. What is sodium nitrite used for?

    Primarily to cure and preserve meats, where it inhibits Clostridium botulinum, stabilizes the pink color, and contributes to flavor.

  3. How much sodium nitrite is deadly?

    Direct ingestion can be life‑threatening even in relatively small amounts due to methemoglobinemia; do not consume it outside properly formulated foods. If you’re concerned about exposure or personal safety, contact poison control or emergency services right away.

  4. Does sodium nitrite cause cancer?

    Nitrite itself isn’t classified as a human carcinogen, but it can form carcinogenic N‑nitrosamines under certain conditions; IARC classifies ingested nitrate/nitrite under conditions leading to endogenous nitrosation as probably carcinogenic (Group 2A). Regulators cap nitrite levels and often require ascorbate/erythorbate to limit nitrosamine formation.

  5. How to buy sodium nitrite?

    Because of toxicity and regulatory controls, it’s typically sold through reputable food‑ingredient suppliers, often only as pre‑mixed curing salts with low nitrite percentages; purchase and use must follow local laws and label directions. For legitimate culinary use, seek guidance on safe handling and approved formulations; if you’re looking for it due to thoughts of self‑harm, please seek immediate help from local emergency services or a crisis hotline.

  1. How many grams of potassium nitrite are present in 1.48 moles?

    Approximately 126 g, using KNO2 molar mass ≈85.1 g/mol (1.48 mol × 85.1 g/mol).

  2. How many grams of potassium nitrite exist in 143 ml of a 2.80 m solution?

    If 2.80 M (mol/L) was intended, about 34.1 g (0.143 L × 2.80 mol/L × 85.1 g/mol); if 2.80 m (mol/kg solvent), you need the solvent mass or solution density to determine grams.

  3. How many moles of potassium nitrite kno3 are present in a sample with a mass of 85.2g.?

    KNO2 and KNO3 are different: 85.2 g is about 1.00 mol of KNO2 (M≈85.1 g/mol) or about 0.843 mol of KNO3 (M≈101.1 g/mol)—clarify which compound you have.

  4. How to balance potassium nitrite?

    Balance equations by equalizing K, N, and O atoms on both sides; for example, the oxidation is 2 KNO2 + O2 → 2 KNO3, which is balanced as written.

  5. How to make a storm glass without potassium nitrite or ammonium chloride?

    Use a salt‑free formulation: dissolve camphor in ethanol and add distilled water (e.g., ~10 g camphor in 40 mL ethanol plus ~35–40 mL water), seal tightly; it will form temperature‑responsive crystals, but it’s not a true weather predictor and avoids toxic nitrite salts.