Animal Feed

Calcium Carbonate

Calcium carbonate is a primary source of calcium in animal and poultry feed, essential for bone development, eggshell formation, and metabolic functions. It provides a cost-effective and highly bioavailable calcium source, especially for layers and dairy anima

Calcium Carbonate
Animal FeedCalcium Carbonate
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Advantages

Key Benefits

Why Calcium Carbonate is the preferred choice for animal feed formulations

01

Improves eggshell strength and quality in layers

02

Supports metabolic and enzymatic activities

03

Cost-effective and highly bioavailable calcium source

Calcium Carbonate
Performance engineered forAnimal Feed
04

Enhances overall animal productivity

05

Supports bone development in livestock and poultry

06

Maintains proper calcium balance in feed

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Product Grades

Product Grades

Comprehensive range of Calcium Carbonate grades for diverse industrial applications

Related Product Markets

Calcium Carbonate Markets

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Product Support

Frequently Asked Questions

Common questions about Calcium Carbonate in animal feed applications

Calcium carbonate contains approximately 38–40% elemental calcium — the highest of any common feed-grade calcium source. It is more concentrated than oyster shell flour (~35% Ca) and dicalcium phosphate (~23% Ca), making it the most efficient and cost-effective calcium source per unit weight.

In laying hens, a mixture of fine (100 mesh) and coarse (2–4mm) calcium carbonate is often preferred. Fine particles dissolve rapidly for immediate calcium supply, while coarser particles dissolve slowly overnight when hens form eggshells, providing sustained calcium availability aligned with the eggshell formation cycle.

Layer diets require 3.5–4.5% total calcium to support daily eggshell formation (each egg requires ~2g calcium). Calcium carbonate is the primary source, typically contributing 8–12% of the diet by weight to provide the required elemental calcium.

Calcium carbonate can reduce absorption of zinc, manganese, and iron if present in excess due to competition for absorption sites. Balanced calcium supplementation within recommended ranges minimises this antagonism. Calcium-to-phosphorus ratio (typically 2:1) must also be maintained for optimal mineral utilisation.

Yes. Calcium carbonate is used in aquaculture feed as a calcium supplement. Fish absorb calcium from both feed and surrounding water, so supplementation level depends on water hardness and calcium availability in the specific aquaculture system.

Feed-grade calcium carbonate must meet purity requirements including minimum CaCO₃ content (>95%), controlled heavy metal levels (particularly lead and arsenic), consistent particle size distribution, and absence of harmful microbial contamination. Compliance with feed additive regulations is essential.

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