Magnesium Hydroxide ACS

Product Overview

Magnesium Hydroxide ACS is a critical inorganic chemical compound with significant industrial and research applications. Characterized by its chemical formula Mg(OH)2, this laboratory-grade base represents an essential reagent in advanced chemical processes. The compound exists as a fine white crystalline powder, demonstrating remarkable alkaline properties that make it valuable across multiple technical domains.

Synthesized through precise chemical methods, magnesium hydroxide exhibits unique characteristics that distinguish it from other metallic hydroxides. Its controlled crystalline structure and high-purity ACS specification ensure consistent performance in demanding analytical and industrial environments. The compound's chemical stability and predictable reactivity make it a preferred choice for researchers and industrial chemists seeking reliable base materials.

Key Properties

• Chemical Formula: Mg(OH)2
• Molecular Weight: 58.32 g/mol
• Boiling Point: 350°C
• Melting Point: 350°C
• Specific Gravity: 2.36
• Appearance: Fine white crystalline powder
• Solubility: Low water solubility
• Chemical Stability: Highly stable under normal conditions
• Density: 2.345 g/cm³

Common Applications

• Advanced chemical research requires precise alkaline compounds for experimental neutralization and buffer systems. Magnesium hydroxide serves as a critical reagent in developing complex chemical reactions, providing controlled pH adjustments and serving as a fundamental neutralizing agent in sophisticated laboratory protocols.
• Industrial wastewater treatment processes utilize magnesium hydroxide to neutralize acidic effluents and adjust pH levels. The compound effectively precipitates heavy metals and reduces environmental contamination, making it an essential component in industrial waste management strategies.
• Chemical synthesis applications leverage magnesium hydroxide as a versatile intermediate in creating complex organic and inorganic compounds. Researchers employ this reagent to facilitate critical transformation reactions and generate specialized chemical intermediates with predictable reactivity.
• Environmental remediation techniques incorporate magnesium hydroxide for soil and groundwater pH stabilization. Its controlled alkaline properties enable precise environmental restoration processes, helping neutralize acidic contamination in industrial and agricultural sites.
• Flame retardant manufacturing relies on magnesium hydroxide as a critical component in developing advanced fire-resistant materials. The compound's thermal stability and chemical properties contribute to creating high-performance protective coatings and specialized industrial materials.

Safety Precautions

Handling magnesium hydroxide requires strict adherence to professional laboratory safety protocols. Users must wear appropriate personal protective equipment, including chemical-resistant gloves, safety goggles, and lab coats to prevent direct contact with the powdered compound.

Storage conditions demand a cool, dry environment with controlled temperature and minimal humidity. Containers must be tightly sealed and protected from potential moisture contamination. Segregate from incompatible chemicals and store in well-ventilated areas away from direct sunlight or heat sources.

Emergency procedures include immediate eye and skin wash if accidental exposure occurs. In case of inhalation, move to fresh air and seek medical attention if respiratory irritation persists. Maintain comprehensive spill containment materials nearby and follow established chemical handling guidelines for safe management.

Benefits

Magnesium hydroxide ACS grade offers unparalleled analytical precision and consistent performance across complex scientific and industrial applications. Its high-purity composition ensures reproducible results, making it an indispensable resource for demanding research and technical processes that require exceptional chemical reliability.

The compound's versatile nature provides significant advantages in multiple domains, including its ability to function as a robust neutralizing agent, its thermal stability, and its controlled reactivity. Researchers and industrial professionals can depend on this magnesium hydroxide to deliver predictable chemical behavior and support sophisticated experimental and manufacturing requirements.