Product Description
With the aid of our market executives, we are able to supply a certified stock of Magnesium Hydroxide I.P. This is a white powder that is insoluble in water and ethanol. Precisely formulated, the entire range is mostly used as an antacid solution for capsules, tablets and syrups. Before final dispatch, we test the entire stock of Magnesium Hydroxide I.P on the basis of quality and shelf life.
Features:
- Tested quality
- Ensure effective & instant results
- Accurate composition
Further Details:
Test
| Specifications
| Results
|
Description
| Bulky white powder, odourless
| Complies
|
Solubility
| Practically insoluble in water and in ethanol (95%), i# dissolved in dilute acids
| Complies
|
Identification
| The resulting solution gives reaction A of magnesium salt
| Complies |
Colour Of Solution
| Solution A is not more intensely coloured than reference solution BS3
| Complies |
Arsenic
| Not more than 4 ppm
| Complies |
Heavy Metals
| Not more than 30 ppm
| Complies |
Chloride
| Not more than 0.1%
| Complies |
Sulphate
| Not more than 0.5%
| Complies |
Iron
| Not more than 0.08%
| Complies |
Soluble Sulphate
| Not more than 1.0%
| Complies |
Substances Insolube in acetic Acid
| Not more than 0.1%
| Complies |
Calcium
| Not more than 1.5%
| Complies |
Loss on Ignition
| Between 30.0 to 32.5%
| 31.79%
|
Assay
| Between 95.0 to 100.5% of Mg (OH)2
| 97.43%
|
Superior Quality and ConsistencyOur Magnesium Hydroxide I.P. stands for purity and reliability, boasting a minimum purity of 98%. Produced in India, it ensures uniform particle size and excellent dispersion as a white, fine powder. Ideal for demanding technical applications, it guarantees consistent results batch after batch, making it a preferred choice among industrial users.
Adaptable for Various Industrial UsesIts technical-grade classification opens up a variety of applications, including use as a flame retardant, wastewater treatment additive, and in neutralizing acidic environments. The powder form provides ease of handling and seamless mixing within industrial processes, meeting the requirements of manufacturers, suppliers, and traders looking for adaptable solutions.
FAQs of Magnesium Hydroxide I.P:
Q: What applications can Magnesium Hydroxide I.P. be used for?
A: Magnesium Hydroxide I.P., in its technical grade, is commonly used in industrial processes such as flame retardants, wastewater treatment, and as a neutralizing agent due to its high purity and reactivity.
Q: How should Magnesium Hydroxide I.P. be stored for optimal quality?
A: To maintain its quality, Magnesium Hydroxide I.P. should be stored at room temperature in a sealed container, preventing moisture and contamination from affecting its purity and effectiveness.
Q: When would an industry choose technical grade Magnesium Hydroxide over other grades?
A: Technical grade Magnesium Hydroxide is ideal when high purity and cost-effectiveness are required for large-scale industrial applications, particularly where stringent pharmaceutical or food-grade standards are unnecessary.
Q: Where does the Magnesium Hydroxide I.P. originate from and why is this important?
A: This product originates from India, a reputable source for high-quality chemical compounds. Sourcing from India ensures reliable quality, consistent supply, and adherence to international standards.
Q: What is the manufacturing process for Magnesium Hydroxide I.P.?
A: Magnesium Hydroxide I.P. is typically produced by reacting magnesium salts with sodium hydroxide, leading to the precipitation of high-purity magnesium hydroxide, which is then filtered, washed, and dried to obtain a fine white powder.
Q: What are the benefits of using this Magnesium Hydroxide I.P. with 98% purity?
A: With 98% purity, this Magnesium Hydroxide I.P. offers high reactivity and effectiveness, reducing the amount needed for industrial processes and ensuring cleaner results with minimal impurities.
Q: How is Magnesium Hydroxide I.P. used in industrial applications?
A: In powder form, Magnesium Hydroxide I.P. can be easily incorporated into various processes such as neutralizing acids, flame retardancy, and wastewater treatment by direct addition, ensuring even dispersion and efficient performance.