Purity 98%: Potassium Peroxide with a purity of 98% is used in emergency breathing apparatus, where high purity ensures efficient generation of oxygen during chemical reactions.

Particle Size <50 µm: Potassium Peroxide with particle size less than 50 µm is used in gas purification systems, where finer particles allow rapid and complete absorption of carbon dioxide.

Stability Temperature 300°C: Potassium Peroxide designed for stability at 300°C is used in high-temperature oxygen generators, where thermal stability prevents premature decomposition.

Molecular Weight 94.2 g/mol: Potassium Peroxide with a molecular weight of 94.2 g/mol is used in laboratory reagent preparation, where precise molecular weight enables accurate stoichiometric reactions.

Melting Point 490°C: Potassium Peroxide with a melting point of 490°C is used in heat-resistant oxidizing applications, where high melting point allows performance in elevated temperature environments.

Oxidizing Strength: Potassium Peroxide with high oxidizing strength is used in rocket propulsion systems, where strong oxidation supports spontaneous fuel ignition.

Moisture Content <1%: Potassium Peroxide with moisture content below 1% is used in chemical synthesis, where low moisture prevents unwanted side reactions and product degradation.

Reactivity Index 9.0: Potassium Peroxide with a reactivity index of 9.0 is used in industrial waste treatment, where strong reactivity ensures rapid breakdown of hazardous organic contaminants.

Bulk Density 1.19 g/cm³: Potassium Peroxide with a bulk density of 1.19 g/cm³ is used in compact oxygen supply modules, where optimal density allows efficient storage and handling.

Solubility in Water: Potassium Peroxide with limited solubility in water is used in controlled-release oxygen systems, where gradual solubility provides sustained oxygen delivery.