Questions You Should Know about Calcium Formate Powder

In this blog, we will discuss important aspects of Calcium Formate Powder that everyone should know. This versatile compound has several industrial and commercial applications, making it vital for various sectors. Below are the frequently asked questions regarding Calcium Formate, highlighting its properties, uses, and safety measures that one should be aware of.

Understanding Calcium Formate Powder

1. What is Calcium Formate?

Calcium Formate, scientifically recognized as E238 in the food sector, is the calcium salt derived from formic acid. It is an industrial chemical that maintains stability at room temperature but possesses flammable characteristics.

2. Applications of Calcium Formate

Calcium Formate 98 percent is an effective chemical compound with a wide range of industrial applications. Key uses include:

• Used as a preservative in animal feed to lower the feed pH, inhibiting bacterial growth and prolonging shelf-life.
• Acts as an agent to prevent fungal and bacterial proliferation.
• In the leather industry, it facilitates better chrome penetration and is utilized as a masking agent during chrome tanning.
• Frequently serves as a substitute for formic acid in the pickling process.
• Functions as a cement and grout additive, enhancing the properties of the final product.
• Helps increase the hardness and improve setting time in construction materials.
• Prevents corrosion of metal assets within cement or grout.
• Helps mitigate efflorescence, a common issue in masonry.
• In drywall applications, it serves as a fire retardant.
• When combined with urea, it creates effective defrosters that minimize corrosion of steel and cement.

3. What is the Chemical Composition of Calcium Formate?

The chemical formula for Calcium Formate is Ca(HCOO)2 or C2H2CaO4, indicating its structure as composed of calcium and formate ions.

4. Is Calcium Formate Safe?

While Calcium Formate powder can cause serious eye irritation, it does not typically irritate the skin. However, inhalation of the powder poses health risks. Ingesting large quantities of solutions with high Calcium Formate concentration can lead to severe gastrointestinal distress.

5. Natural and Synthetic Sources of Calcium Formate

This compound naturally appears in substances such as bee and ant venom. Additionally, it can be synthesized through a reaction between calcium hydroxide and formaldehyde, typically using hydrogen peroxide or calcium peroxide.

Calcium Formate 98 percent is recognized for its white to yellow crystalline appearance, whether found in natural settings or produced synthetically.

6. Hazardous Properties of Calcium Formate

When exposed to heat, Calcium Formate breaks down to release combustible hydrogen and other harmful gases, posing risks of serious eye injury. Moreover, it can engage in vigorous reactions with strong oxidizers.

7. Safety Handling Precautions

To ensure safety, proper storage and disposal of Calcium Formate are essential. Following standard industrial hygiene protocols is critical, and personal protective equipment should always be worn. When working in environments where Calcium Formate dust is present, a mask, gloves, and a particulate filter respirator are highly recommended.

8. Implications of Heating Calcium Formate

Heating Calcium Formate can yield formaldehyde, a sharp-smelling gas often found in the manufacture of building materials and a variety of household items.

9. Calcium Formate Solubility

This compound is fully soluble in water, with partial solubility in methanol, but remains insoluble in ethanol.

10. Where to Purchase Calcium Formate?

For those seeking larger amounts of Calcium Formate, it is available for purchase through various suppliers who can offer a range of packaging options. For over a decade, reliable sources such as Camachem have been shipping Calcium Formate internationally from China.

11. Cost Analysis of Calcium Formate

The price of Calcium Formate is subject to market fluctuations, with an estimated cost around $150 per metric ton, influenced by factors such as raw material costs.

12. Calcium Formate pH Level

The pH of Calcium Formate typically ranges between 5 and 8, making it mildly acidic to neutral.

13. Is Calcium Formate an Electrolyte?

Yes, Calcium Formate can be considered an electrolyte, as it dissociates into its ions when dissolved in polar solvents.

14. Can Calcium Formate Be Disposed of Safely?

Despite its biodegradable nature, Calcium Formate should not be poured down drains or disposed of in regular trash; it must be treated as hazardous waste following local regulations.

15. Differences Between Calcium Formate and Calcium Carbonate

While both compounds share some similarities, they diverge significantly in application. Calcium Formate is primarily utilized in industrial contexts, whereas Calcium Carbonate has therapeutic applications.

If you're looking for more information on Calcium Formate Powder, do not hesitate to reach out to us.