For a Clean Household
Consumer demand is rising for effective household cleaners and detergents that do not leave persistent chemical residues in the environment. In contrast to some detergent and cleaning agents, hydrogen peroxide delivers high disinfecting power but breaks down into only biodegradable substances: namely, just oxygen and water.
Hydrogen Peroxide as a Powerful Bleaching and Cleaning Agent
Even modern wastewater treatment plants have immense problems breaking down ingredients in cleaning agents that are difficult to degrade or filtering them out of the water. The chemicals that cannot be degraded end up in the environment with the wastewater. In contrast, hydrogen peroxide does not compromise the function of wastewater treatment plants, as it does not kill aquatic organisms during the biodegradation process and thus does not interfere with the functioning of wastewater treatment plants.
We offer the full range of hydrogen peroxide formulations for liquid detergents, bleaches, surface disinfectants, and dishwashing applications. When added to cleaning agents, H2O2 combats odors, mold, bacteria, and viruses. And yet after its powerful oxidizing action, it leaves behind only water and oxygen.
The concentration depends on the respective application. Based on decades of experience and expertise in technology and production, our product range of peroxide-based active ingredients for disinfectants includes tailor-made solutions with various additives, high pH (alkaline environment) and the required stability.
Persalts as Bleaching Agents
Evonik Treibacher offers a range of persalts for bleaching requirements in modern laundry and dishwashing detergents, featuring high stability, excellent performance and long-term efficiency. Bleaching agents such as perborate and percarbonate help against stains caused by tea, coffee, vegetables, or fruit. The percarbonate bleaching agent is the main ingredient in most commercial stain salts.
When dissolved, these peroxygen-containing products release hydrogen peroxide, which develops its bleaching effect directly at higher washing temperatures or in combination with activators at lower temperatures via the formation of singlet oxygen. The stains, which have been chemically altered by oxidation, can then be more easily removed from the fiber by using surfactants.
