Hydrogen Peroxide 15% Technical Grade

Product Overview

Hydrogen Peroxide 15% Technical Grade (H₂O₂ 15%, Hydrogen Peroxide Solution 15%) is a clear, colorless liquid with strong oxidizing capabilities, widely used in industrial and institutional settings. This technical-grade formulation is designed for applications requiring reliable oxidative strength, effective bleaching, and controlled decomposition. Typical assay accuracy is controlled via iodometric titration, with an assay range of 14.5–15.5 wt%. The product is formulated to achieve consistent performance in demanding environments, where precise oxidation potentials drive bleaching, disinfection, and chemical synthesis processes. Safety and handling protocols reflect the oxidizing nature of the material, ensuring operators maintain appropriate controls to minimize risk during storage, transfer, and use.

In addition to oxidation and bleaching, this 15% solution serves as a versatile reagent in chemical synthesis and water treatment applications. The material is supplied with specification data relevant to industrial dosing, quality assurance, and process validation, including color specification (APHA/Hazen visual comparison: typical 20, max 40), low residue after ignition (typical 0.02%, max 0.05%), and stringent impurity controls (trace metals and anions) to protect process integrity and equipment. The product is intended for environments where technical grade materials are preferred for non-pharmaceutical applications and where robust, predictable performance is required.

Key Properties

• Appearance: Clear, colorless liquid
• Chemical Formula: H₂O₂
• Molecular Weight: 34.01 g/mol
• Boiling Point: 151.2°C
• Specific Gravity (20°C): 1.11–1.12; typical 1.115
• Density (25°C): 1.11 g/mL
• Vapor Pressure (20°C): 0.23 mmHg
• Refractive Index (20°C): 1.406
• Color (APHA): Max 40; Typical 20
• Residue After Ignition: Max 0.05%; Typical 0.02%
• Chloride: Max 10 ppm; Typical 5 ppm
• Nitrate (NO₃⁻): Max 5 ppm; Typical 2 ppm
• Ammonium (NH₄⁺): Max 0.5 ppm; Typical 0.2 ppm
• Sulfate (SO₄²⁻): Max 5 ppm; Typical 2 ppm
• Phosphate (PO₄³⁻): Max 2 ppm; Typical 1 ppm
• Arsenic (As): Max 0.01 ppm; Typical 0.005 ppm
• Heavy Metals (as Pb): Max 0.5 ppm; Typical 0.2 ppm
• Iron (Fe): Max 0.3 ppm; Typical 0.1 ppm
• Copper (Cu): Max 0.2 ppm; Typical 0.1 ppm
• Manganese (Mn): Max 0.1 ppm; Typical 0.05 ppm
• Nickel (Ni): Max 0.1 ppm; Typical 0.05 ppm
• Lead (Pb): Max 0.2 ppm; Typical 0.1 ppm
• Zinc (Zn): Max 1 ppm; Typical 0.5 ppm
• Aluminum (Al): Max 0.5 ppm; Typical 0.2 ppm
• Chromium (Cr): Max 0.1 ppm; Typical 0.05 ppm
• Cobalt (Co): Max 0.05 ppm; Typical 0.02 ppm
• Calcium (Ca): Max 50 ppm; Typical 30 ppm
• Magnesium (Mg): Max 50 ppm; Typical 20 ppm
• Potassium (K): Max 10 ppm; Typical 5 ppm
• Sodium (Na): Max 20 ppm; Typical 10 ppm
• CAS: 7722-84-1
• Flash Point: Not applicable

Common Applications

• Oxidizing Agent: Used in industrial chemical processes as a strong oxidizer to drive oxidation-reduction reactions, enabling synthesis and material modification with controlled kinetics.
• Bleaching Agent: Applied in the textile and paper industries for fabric and material bleaching, providing effective color removal and whiteness enhancement under regulated temperatures and pH conditions.
• Water Treatment: Employed in municipal and industrial water treatment for contaminant oxidation, disinfection, and residual management in closed-loop systems and process water.
• Chemical Synthesis: Reagent in organic synthesis workflows, enabling selective oxidation steps and precursor preparation for downstream transformations.
• Laboratory Reagent: Widely used in research laboratories for analytical procedures, sample preparation, and controlled oxidation experiments under standardized testing methods.

Safety Precautions

Handle as a strong oxidizer with appropriate engineering controls and PPE. Store in a cool, dry place away from direct sunlight, and keep containers made of HDPE or glass. Use vented, corrosion-resistant equipment for transfers, and ensure segregation from organic materials and reducing agents to minimize hazardous reactions. Personal protective equipment should include chemical-resistant gloves, splash goggles, and protective clothing; ensure adequate ventilation during handling to manage potential inhalation exposure.

Additional safety considerations include compliance with SDS guidelines, monitoring for incompatibilities, and adherence to occupational exposure controls. In case of spills, evacuate unnecessary personnel, contain with inert absorbents, and consult the SDS for emergency procedures. In the event of contact with skin or eyes, follow first-aid measures: rinse with copious water for several minutes and remove contaminated clothing; seek medical attention if irritation persists. Inhalation and ingestion precautions require immediate removal to fresh air and avoidance of vomiting; seek medical evaluation if symptoms occur.

Benefits

✔ High Oxidizing Strength – Delivers predictable and robust oxidation performance for bleaching, disinfection, and synthesis processes.
✔ Quality Consistency – Meets defined assay range (14.5–15.5 wt%), with tight impurity controls to protect process integrity.
✔ Controlled Impurity Profile – Low residual metals and inorganic contaminants minimize catalytic decomposition and equipment corrosion.
✔ Storage and Handling Stability – Product data supports stable dosing under controlled storage conditions and standard operating procedures.