Magnesium Carbonate Basic Light (500 gm)

Magnesium Carbonate Basic Light (500 gm) is a high-grade laboratory chemical known for its superior quality and performance. This lightweight powder is widely used in analytical and industrial labs due to its excellent purity, absorptive capacity, and chemical stability. Ideal for pharmaceutical formulations, buffer solutions, and as a drying agent, it provides consistent results in research and production environments. Trusted by scientists and technicians, it ensures reliability, safety, and ease of use in diverse lab applications.

Key Features

1. High-purity and lightweight formulation suitable for laboratory use
2. Excellent moisture absorption and buffering capabilities
3. Stable under various storage and usage conditions
4. Used in pharmaceutical, analytical, and industrial processes
5. Packaged securely in 500 gm container for safe handling

Precautions

1. Store in a cool, dry place away from moisture and direct sunlight
2. Use appropriate personal protective equipment (PPE) when handling
3. Avoid inhalation or ingestion; use in a well-ventilated area
4. Keep container tightly closed when not in use
5. Follow standard lab disposal procedures for chemical waste

Frequently Asked Questions (FAQs)

Question: What is Magnesium Carbonate Basic Light commonly used for?
Answer: It is used in laboratories for buffering, moisture absorption, and in pharmaceutical formulations.

Question: Is this product suitable for food or medical use?
Answer: No, this product is intended strictly for laboratory and industrial applications, not for consumption or direct medical use.

Question: How should I store Magnesium Carbonate Basic Light?
Answer: Store it in a tightly sealed container in a dry, cool environment away from direct sunlight and moisture.

Question: Can this chemical be disposed of in regular waste?
Answer: No, it should be disposed of following local hazardous chemical disposal regulations.

Question: Is it reactive with other chemicals?
Answer: Magnesium carbonate is generally stable but may react with strong acids, releasing carbon dioxide.