Calcium Chloride Flake 77 – 80%

Product Description

High-purity Calcium Chloride Flake 77–80%, ideal for de-icing, moisture absorption, brewing, and industrial use. Food grade (E509), fast-acting, and highly soluble. A versatile, high-performance chemical compound used across industries for its moisture-absorbing, freeze-point-lowering, and flocculating properties. Whether you’re in brewing, ceramics, construction, or food processing, this product delivers reliable results.

Key Features & Benefits:

• Food Grade Certified (E509) – Safe for use in food and beverage applications.
• Highly Hygroscopic – Absorbs moisture rapidly from air and surfaces.
• Fast-Acting De-Icer – Generates heat on contact with water, ideal for snow and ice.
• Brewing Additive – Enhances water chemistry, fermentation, and flavour.
• Dust Control – Applied to unpaved roads, construction sites, and arenas to reduce airborne dust.
• Flocculant for Ceramics – Improves glaze suspension on bisque porcelain.

Typical Applications of Calcium Chloride Flake 77–80%

• Brewing & Beverage Production: Enhances mineral content of brewing water, improving taste and fermentation.
• Food Processing: Used as a firming agent and stabilizer in canned vegetables and tofu.
• De-Icing: Effective for roads, pavements, and industrial equipment.
• Moisture Absorption: Used in packaging, storage, and industrial drying processes.
• Water Treatment: Adjusts hardness and improves water quality.
• Oil & Gas Industry: Serves as a drilling fluid additive and desiccant.
• Agriculture: Enhances soil conditioning and acts as a fertilizer additive.

Calcium Chloride Flake is a compound used across a wide range of industries, including the Chemical, Manufacturing and Pottery industries. It has a number of different uses, such as de-icing, dust control and as an agent to remove moisture.

Calcium Chloride is a key component within the pottery industry to aid the application of glazes to non porous surfaces such as bisque porcelain. It acts as a flocculent, which suspends the glaze. This changes the glaze into a gel state, allowing it to stay in place when applied to a non-porous piece.