Product Overview

Potassium Hydroxide (KOH) is a critical inorganic compound with profound significance in industrial chemistry and research applications. As a strong alkaline substance, this potent hydroxide represents a fundamental chemical reagent characterized by its ability to participate in numerous critical chemical transformations. The ACS Grade designation ensures exceptional purity and consistent performance, making it a preferred choice for sophisticated analytical and industrial processes.

Structurally, potassium hydroxide consists of a potassium ion and a hydroxide ion, creating a highly reactive ionic compound with remarkable chemical properties. Its crystalline flake form allows for precise measurement and efficient dissolution, enabling researchers and industrial chemists to leverage its powerful alkaline characteristics in complex chemical syntheses and analytical procedures.

Key Properties

• Chemical Formula: KOH
• CAS Number: 1310-58-3
• Molecular Weight: 56.11 g/mol
• Boiling Point: 1320°C
• Melting Point: 360°C
• Specific Gravity: 2.044
• Appearance: White, crystalline hygroscopic flakes
• Solubility: High water solubility
• Chemical Stability: Highly reactive, absorbs atmospheric moisture

Common Applications

• Chemical Synthesis: Potassium hydroxide serves as a critical reagent in organic and inorganic synthesis, facilitating complex chemical transformations through its strong base properties. Researchers utilize KOH to generate potassium-containing compounds and perform precise neutralization reactions in sophisticated laboratory environments.
• Industrial Cleaning and Degreasing: This powerful alkaline compound effectively removes organic contaminants from metal surfaces, providing exceptional cleaning capabilities in industrial manufacturing processes. Its high reactivity enables thorough removal of grease, oils, and stubborn industrial residues.
• Battery Electrolyte Production: KOH is essential in manufacturing alkaline battery electrolytes, providing the critical ionic conductivity required for efficient energy storage and transmission. Its unique chemical properties enable stable and consistent electrochemical performance in advanced battery technologies.
• Wastewater Treatment: Industrial facilities employ potassium hydroxide for pH adjustment and neutralization of acidic waste streams, ensuring environmental compliance and effective chemical management in complex treatment processes.
• Research and Analytical Applications: Laboratory researchers utilize ACS Grade KOH for precise titrations, chemical analysis, and sophisticated experimental procedures requiring a high-purity, predictable alkaline reagent.

Safety Precautions

Potassium hydroxide is a highly corrosive substance that demands rigorous handling protocols. Users must implement comprehensive personal protective equipment (PPE) including chemical-resistant gloves, full-face shields, impervious protective clothing, and respiratory protection to prevent potential exposure.

Storage requirements mandate sealed, corrosion-resistant containers placed in cool, dry environments away from incompatible chemical classes. Containers must be clearly labeled, segregated from acids, and protected from moisture absorption. Recommended storage temperature ranges between 15-25°C with controlled humidity levels.

Emergency procedures include immediate water irrigation for skin or eye contact, removal of contaminated clothing, and seeking medical evaluation. In case of significant exposure, neutralization with weak acid solutions and comprehensive medical monitoring are critical. Always maintain comprehensive safety data sheets and emergency wash stations in proximity to storage and handling areas.

Benefits

Our ACS Grade Potassium Hydroxide offers unparalleled purity and consistency, engineered to meet the most demanding scientific and industrial specifications. The meticulously controlled manufacturing process ensures minimal impurity levels, providing researchers and industrial professionals with a reliable, high-performance chemical reagent.

The crystalline flake form presents significant advantages in handling, measuring, and dissolution, allowing precise control during complex chemical processes. Its exceptional reactivity, combined with superior quality standards, makes this product an indispensable tool for advanced chemical synthesis, analytical procedures, and sophisticated industrial applications.