Calcium Propionate E282

Calcium propionate E282

Calcium propionate E282 is a versatile food preservative widely recognized for its effectiveness in inhibiting mold and bacterial growth in baked goods and dairy products. This white, crystalline powder is odorless and slightly hygroscopic, with a solubility of approximately 49 g/100 mL in water. Chemically synthesized from propionic acid and calcium hydroxide, Calcium Propionate acts as a safe, non-toxic antimicrobial agent, extending shelf life without altering taste or texture.

Stable under high temperatures and active across a broad pH range, calcium propionate E282 is ideal for bread, cakes, and processed cheeses, where freshness and microbial control are critical. Compliant with global food safety regulations (FDA, EFSA), it is a preferred choice for clean-label and organic-certified products (where permitted), offering a cost-effective solution to reduce food waste in commercial baking and food manufacturing.

  • Bakery: Used in bread, pastries, and cakes to prevent mold growth and extend shelf life during transportation and storage.
  • Dairy Industry: Applied in cheese, processed cheese spreads, and whey products to maintain freshness and inhibit microbial spoilage.
  • Animal Feed: Used as a preservative in feed for cattle, poultry, and other livestock to prevent mold and extend feed stability.
  • Processed Foods: Added to tortillas, dried fruits, and other packaged foods requiring mold control in humid environments.
What is the typical dosage of calcium propionate in food?
In baked goods, calcium propionate is commonly used at levels of 0.1% to 0.3%, depending on the product formulation and storage conditions.
Does calcium propionate affect taste or texture?
No. At recommended usage levels, calcium propionate does not alter the sensory properties of food. It helps preserve freshness without affecting taste or consistency.
Why is calcium propionate commonly used in bread?
Calcium propionate E282 specifically targets mold and Bacillus mesentericus (rope spoilage), common in moist, starch-rich environments like bread, while maintaining dough functionality.

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