Magnesium Hydroxide Technical

Product Overview

Magnesium Hydroxide Technical is an essential inorganic chemical compound with significant industrial utility. Characterized by its white, fine powder form, this base exhibits remarkable chemical properties that make it crucial in numerous technical applications. The molecular structure of Mg(OH)2 enables versatile interactions in industrial processes, providing neutralization, buffering, and stabilization capabilities.

Historically derived from natural mineral brucite, synthetic magnesium hydroxide has become increasingly important in modern industrial chemistry. Its amphoteric nature allows it to function as both an acid neutralizer and a key component in complex chemical transformations, making it indispensable in environmental remediation, materials engineering, and industrial process control.

Key Properties

• Chemical Formula: Mg(OH)2
• Boiling Point: 354°C
• Melting Point: 350°C
• Specific Gravity: 2.36
• Flash Point: Not applicable
• Appearance: White, odorless powder
• Solubility: Slightly soluble in water
• Molecular Weight: 58.32 g/mol
• Chemical Stability: Highly stable under standard conditions

Common Applications

• Industrial Wastewater Treatment: Magnesium hydroxide serves as a critical pH neutralization agent in industrial effluent management. Its buffering capabilities allow precise acid-base regulation, enabling manufacturers to adjust wastewater chemistry and meet stringent environmental discharge requirements.
• Flame Retardant Technology: When incorporated into polymers and industrial materials, magnesium hydroxide acts as an effective flame suppression compound. It releases water molecules when heated, creating a cooling effect that interrupts combustion processes and reduces material flammability.
• Environmental Remediation: In contaminated soil and groundwater systems, this compound facilitates heavy metal precipitation and neutralization of acidic conditions. Its ability to bind with and immobilize problematic ions makes it invaluable in environmental restoration projects.
• Industrial Chemistry Processes: Magnesium hydroxide functions as a critical reagent in synthesizing complex chemical intermediates. Its versatile reactivity enables transformation processes in advanced materials research and specialized industrial chemical manufacturing.
• Smoke Suppression in Composite Materials: Technical grade magnesium hydroxide provides robust smoke reduction capabilities in industrial composite manufacturing. By generating inert gases during thermal decomposition, it significantly reduces smoke generation in critical infrastructure and transportation applications.

Safety Precautions

When handling magnesium hydroxide technical grade, implement comprehensive personal protective equipment protocols. Use respiratory protection with appropriate particulate filters, wear chemical-resistant gloves, and utilize safety goggles to prevent potential eye and respiratory tract exposure during manipulation.

Store this technical grade chemical in sealed containers within controlled environmental conditions. Maintain storage areas between 15-25°C with minimal humidity, protecting the product from moisture contamination and potential chemical degradation. Utilize non-reactive, clean containers constructed from corrosion-resistant materials like glass or high-density polyethylene.

Implement rigorous emergency response procedures including immediate eye irrigation, thorough skin decontamination, and medical consultation if substantial exposure occurs. Have specialized chemical spill containment equipment readily available, ensuring rapid and safe mitigation of accidental releases.

Benefits

Alliance Chemical's Technical Grade Magnesium Hydroxide offers exceptional purity and consistent performance across diverse industrial applications. Its precisely controlled particle size distribution and high chemical reactivity ensure predictable and reliable results in complex industrial processes.

The compound's multifunctional capabilities—including pH regulation, flame suppression, and environmental remediation—provide substantial economic advantages. By consolidating multiple chemical functionalities into a single, cost-effective product, manufacturers can streamline processes, reduce complexity, and enhance overall operational efficiency.